Grade 6, Unit 4 - Practice Problems (2024)

Table of Contents
Lesson 1 Problem 1 Problem 2 Problem 3 Problem 4 (from Unit 3, Lesson 16) Problem 5 (from Unit 3, Lesson 15) Problem 6 (from Unit 3, Lesson 14) Problem 7 (from Unit 3, Lesson 8) Lesson 2 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 (from Unit 4, Lesson 1) Problem 6 (from Unit 3, Lesson 14) Problem 7 (from Unit 3, Lesson 8) Lesson 3 Problem 1 Problem 2 Problem 3 Problem 4 (from Unit 4, Lesson 2) Problem 5 (from Unit 4, Lesson 1) Problem 6 (from Unit 3, Lesson 7) Problem 7 (from Unit 3, Lesson 15) Lesson 4 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 (from Unit 4, Lesson 2) Problem 6 (from Unit 4, Lesson 1) Problem 7 (from Unit 3, Lesson 14) Lesson 5 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 (from Unit 4, Lesson 4) Problem 6 (from Unit 3, Lesson 5) Problem 7 (from Unit 3, Lesson 6) Lesson 6 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 (from Unit 4, Lesson 5) Problem 6 (from Unit 3, Lesson 14) Lesson 7 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 (from Unit 4, Lesson 6) Problem 6 (from Unit 4, Lesson 4) Lesson 8 Problem 1 Problem 2 Problem 3 Problem 4 (from Unit 4, Lesson 7) Problem 5 (from Unit 4, Lesson 3) Problem 6 (from Unit 4, Lesson 1) Lesson 9 Problem 1 Problem 2 Problem 3 Problem 4 (from Unit 2, Lesson 8) Problem 5 (from Unit 2, Lesson 9) Problem 6 (from Unit 2, Lesson 11) Lesson 10 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 (from Unit 4, Lesson 9) Problem 6 (from Unit 4, Lesson 7) Problem 7 (from Unit 3, Lesson 14) Lesson 11 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 (from Unit 4, Lesson 10) Problem 6 (from Unit 4, Lesson 9) Problem 7 (from Unit 4, Lesson 8) Lesson 12 Problem 1 Problem 2 Problem 3 Problem 4 (from Unit 4, Lesson 11) Problem 5 (from Unit 4, Lesson 7) Problem 6 (from Unit 4, Lesson 6) Lesson 13 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 (from Unit 4, Lesson 12) Problem 6 (from Unit 4, Lesson 11) Problem 7 (from Unit 4, Lesson 6) Problem 8 (from Unit 2, Lesson 14) Lesson 14 Problem 1 Problem 2 Problem 3 Problem 4 (from Unit 4, Lesson 12) Problem 5 (from Unit 4, Lesson 12) Problem 6 (from Unit 4, Lesson 11) Problem 7 (from Unit 3, Lesson 12) Problem 8 (from Unit 3, Lesson 11) Lesson 15 Problem 1 Problem 2 Problem 3 (from Unit 4, Lesson 14) Problem 4 Problem 5 (from Unit 4, Lesson 12) Problem 6 (from Unit 2, Lesson 12) Lesson 16 Problem 1 Problem 2 Problem 3 Problem 4 (from Unit 4, Lesson 15) Problem 5 (from Unit 4, Lesson 1) Problem 6 (from Unit 3, Lesson 15) Problem 7 (from Unit 2, Lesson 15) Lesson 17 FAQs

Lesson 1

Problem 1

Order from smallest to largest:

  • Number of pennies in a stack that is 1 ft high
  • Number of books in a stack that is 1 ft high
  • Number of dollar bills in a stack that is 1 ft high
  • Number of slices of bread in a stack that is 1 ft high

Problem 2

Use each of the numbers 4, 40, and 4000 once to make true statements.

  1. The value of $\underline{\hspace{1in}} \div 40.01$ is close to 1

  2. The value of $\underline{\hspace{1in}}\div 40.01$ is much less than 1.

  3. The value of $ \underline{\hspace{1in}}\div 40.01$ is much greater than 1.

Problem 3

Without computing, decide whether the value of each expression is much smaller than 1, close to 1, or much greater than 1.

  1. $100 \div \frac{1}{1000}$
  2. $50\frac13 \div 50\frac14$
  3. $4.7 \div 5.2$
  4. $2 \div 7335$
  5. $2,\!000,\!001 \div 9$
  6. $0.002 \div 2,\!000$

Problem 4 (from Unit 3, Lesson 16)

A rocking horse has a weight limit of 60 pounds.

  1. What percentage of the weight limit is 33pounds?
  2. What percentage of the weight limit is 114pounds?
  3. What weight is 95% of the limit?

Problem 5 (from Unit 3, Lesson 15)

Compare using $>$, $=$, or $<$.

  1. 0.7 ______ 0.70

  2. $0.03 + \frac{6}{10}$ ______ $0.30 + \frac{6}{100}$

  3. 0.9 ______ 0.12

Problem 6 (from Unit 3, Lesson 14)

Diego has 90 songs on his playlist. How many songs are there for each genre?

  1. 40% rock
  2. 10% country
  3. 30% hip-hop
  4. The rest is electronica

Problem 7 (from Unit 3, Lesson 8)

A garden hose emits 9 quarts of water in 6 seconds. At this rate:

  1. How long will it take the hose to emit 12 quarts?
  2. How much water does the hose emit in 10 seconds?

Lesson 2

Problem 1

Twenty pounds of strawberries are being shared equally by a group of friends. The equation $20 \div 5=4$ represents the division of strawberries.

a. If the 5 represents the number of people, what does the 4 represent?

b. If the 5 represents the pounds of strawberries per person, what does the 4 represent?

Problem 2

A sixth-grade science club needs \$180 to pay for the tickets to a science museum.All ticketscost the same amount.

What could $180 \div 15$ mean in this context?Describe two interpretations of the expression.Then, find the quotient and explain what it means in each interpretation.

Problem 3

Write a multiplication equation that corresponds to each division equation.

a. $ 10 \div 5 = {?} $

b. $ 4.5 \div 3 = {?} $

c. $ \frac12 \div 4 = {?} $

Problem 4

Write a division or multiplication equation that represents each situation. Use a “?” for the unknown quantity.

  1. 2.5 gallons of water are poured into 5 equally sized bottles. How much water is in each bottle?
  2. A large bucket of 200 golf balls is divided into 4 smaller buckets. How many golf balls are in each small bucket?
  3. Sixteen socks areput into pairs. How many pairs are there?

Problem 5 (from Unit 4, Lesson 1)

Find a value for $a$ thatmakes each statementtrue.

  1. $a\div6$ is greater than 1
  2. $a\div6$ is equal to 1
  1. $a\div6$ is less than 1
  2. $a\div6$ is equal to a whole number

Problem 6 (from Unit 3, Lesson 14)

Complete the table. Write each percentage as a percent of 1.

fractiondecimalpercentage
row 1\(\frac14\)0.2525% of 1
row 20.1
row 375% of 1
row 4\(\frac15\)
row 51.5
row 6140% of 1

Problem 7 (from Unit 3, Lesson 8)

Jada walks at a speed of 3 miles per hour. Elena walks at a speed of 2.8 miles per hour. If they both begin walking along a walking trail at the same time, how much farther will Jada walk after 3 hours? Explain your reasoning.

Lesson 3

Problem 1

Write a multiplication equation and a division equation that this diagram could represent.

Grade 6, Unit 4 - Practice Problems (1)

Problem 2

Mai has \$36 to spend on movie tickets. Each movie ticket costs \$4.50. How many tickets can she buy?

  1. Write a multiplication equation and a division equation to represent this situation.
  1. Find the answer. Draw a diagram, if needed.
  1. Use the multiplication equation to check your answer.

Problem 3

Kiran said that this diagram can show the solution to $16\div 8 = {?}$ or $16 \div 2={?}$, depending on how we think about the equations and the “?”.

Explain or show how Kiran is correct.

Grade 6, Unit 4 - Practice Problems (2)

Problem 4 (from Unit 4, Lesson 2)

Write a sentence describing a situation that could berepresented by the equation $4 \div 1\frac13 = {?}$.

Problem 5 (from Unit 4, Lesson 1)

Noah said, “When you divide a number by a second number, the result will always be smaller than the first number.”

Jada said, “I think the result could be larger or smaller, depending on the numbers.”

Do you agree with Noah or Jada? Show or explain your reasoning.

Problem 6 (from Unit 3, Lesson 7)

Mini muffins cost \$3.00 per dozen.

  • Andre says, “I have \$2.00, so I can afford 8 muffins.”
  • Elena says, “I want to get 16 muffins, so I’ll need to pay \$4.00."

Do you agree with either, both, or neither of them? Explain your reasoning.

Problem 7 (from Unit 3, Lesson 15)

A family has a monthly budget of \$2,400. How much money is spent on each category?

  1. 44% is spent on housing.
  2. 23% is spent on food.
  3. 6% is spent on clothing.
  1. 17% is spent on transportation.
  2. The rest is put into savings.

Lesson 4

Problem 1

A shopper buys cat food in bags of 3lbs. Her cat eats $\frac34$ lb each week. How many weeks does one bag last?

  1. Draw a diagram to represent the situation and label your diagram so it can be followed by others. Answer the question.

  2. Write a multiplication or division equation to represent the situation.

  3. Multiply your answer in the first question (the number of weeks)by $\frac34$. Did you get 3 as a result? If not, revise your previous work.

Problem 2

Use thediagram to answer the question: How many $\frac13$s are in $1\frac23$? Thehexagon represents 1 whole. Explain or show your reasoning.

Grade 6, Unit 4 - Practice Problems (3)

Problem 3

Which question can be represented by the equation ${?}\boldcdot \frac18=3$?

  1. How many 3s are in $\frac18$?
  2. What is 3 groups of $\frac18$?
  3. How many $\frac 18$s are in 3?
  4. What is $\frac 18$ of 3?

Problem 4

Write two division equations for each multiplication equation.

  1. $15\boldcdot \frac25 = 6$
  2. $6 \boldcdot \frac43 = 8$
  3. $16\boldcdot \frac78 = 14$

Problem 5 (from Unit 4, Lesson 2)

Noah andhisfriends are going to an amusem*nt park. The total cost of admission for8 students is \$100, and all students sharethe cost equally. Noah brought \$13 for his ticket. Did he bring enough money to get into the park? Explain your reasoning.

Problem 6 (from Unit 4, Lesson 1)

Write a division expression with a quotient that is:

  1. greater than $8 \div 0.001$
  2. less than $8 \div 0.001$
  3. between $8 \div 0.001$ and $8 \div \frac{1}{10}$

Problem 7 (from Unit 3, Lesson 14)

Find each unknown number.

  1. 12 is 150% of what number?
  2. 5 is 50% of what number?
  3. 10% of what number is 300?
  1. 5% of what number is 72?
  2. 20 is 80% of what number?

Lesson 5

Problem 1

Use the tape diagram to represent and find the value of$\frac12\div\frac13$.

Mark up and label the diagram as needed.

Grade 6, Unit 4 - Practice Problems (4)

Problem 2

What is the value of$\frac12\div\frac13$? Use pattern blocks to represent and find thisvalue. The yellow hexagon represents 1 whole. Explain or show your reasoning.

Grade 6, Unit 4 - Practice Problems (5)

Problem 3

Use a standard inch ruler to answer each question. Then, write a multiplication equation and a division equation that answerthequestion.

  1. How many $\frac12$s are in 7?

  2. How many $\frac38$s are in 6?

  3. How many $\frac{5}{16}$s are in $1\frac78$?

Grade 6, Unit 4 - Practice Problems (6)

Problem 4

Use the tape diagram to represent and answer the question: How many $\frac25$s are in $1\frac12$?

Mark up and label the diagram as needed.

Grade 6, Unit 4 - Practice Problems (7)

Problem 5 (from Unit 4, Lesson 4)

Write a multiplication equation and a division equation to represent each question, statement, or diagram.

  1. There are 12 fourthsin 3.
  2. Grade 6, Unit 4 - Practice Problems (8)

  1. How many $\frac 23$s are in 6?
  2. Grade 6, Unit 4 - Practice Problems (9)

Problem 6 (from Unit 3, Lesson 5)

At a farmer’s market, two vendors sellfresh milk. One vendor sells 2 liters for \$3.80, and another vendor sells 1.5 litersfor \$2.70. Which is the better deal? Explain your reasoning.

Problem 7 (from Unit 3, Lesson 6)

A recipe uses 5 cups of flour for every 2 cups of sugar.

  1. How much sugar is used for 1 cup of flour?
  2. How much flour is used for 1 cup of sugar?
  3. How much flour is used with 7 cups of sugar?
  4. How much sugar is used with 6 cups of flour?

Lesson 6

Problem 1

We can think of $3\div \frac14$ as the answer to the question “How many groups of $\frac14$ are in 3?” Draw a tape diagram to represent the question. Then answer the question.

Problem 2

Describe how to draw a tape diagram to represent and answer $3 \div \frac35 = {?}$ for a friend who was absent.

Problem 3

How many groups of $\frac12$ days are in 1 week?

  1. Write a multiplication equation or a division equation to represent the question.
  2. Draw a tape diagram to show the relationship between the quantities and to answer the question. Use graph paper, if needed.

Problem 4

Diego said that the answer to the question “How many groups of $\frac56$ are in 1?” is $\frac 65$ or $1\frac15$. Do you agree with his statement? Explain or show your reasoning.

Problem 5 (from Unit 4, Lesson 5)

Select all equations that can represent the question: “How many groups of $\frac45$ are in 1?”

  1. ${?} \boldcdot 1=\frac45$
  2. $1 \boldcdot \frac45 = {?}$
  3. $\frac45 \div 1 = {?}$
  4. ${?} \boldcdot \frac45 =1$
  5. $1\div \frac45 = {?}$

Problem 6 (from Unit 3, Lesson 14)

Calculate each percentage mentally.

  1. What is 10% of 70?
  2. What is 10% of 110?
  3. What is 25% of 160?
  4. What is 25% of 48?
  1. What is 50% of 90?
  2. What is 50% of 350?
  3. What is 75% of 300?
  4. What is 75% if 48?

Lesson 7

Problem 1

A recipe calls for $\frac12$ lbof flour for 1 batch. How many batches can be madewith each of the following amounts?

  1. 1 lb
  2. $\frac34$ lb
  3. $\frac14$ lb

Problem 2

Whiskers the cat weighs $2\frac23$ kg. Piglio weighs $4$ kg. For each question,write a multiplication and a division equation, decide whether the answer is greater or less than 1, and then answer the question.

  1. How many times as heavy as Piglio is Whiskers?
  2. How many times as heavy as Whiskers is Piglio?

Problem 3

Andre is walking from home to a festival that is $1\frac58$ kilometers away. He takes a quick rest after walking $\frac13$ kilometers. In this situation, which question can be represented by the equation: ${?} \boldcdot 1\frac58= \frac13$?

  1. What fraction of the trip has Andre completed?
  2. How many more kilometers does he have to walk to get to the festival?
  3. What fraction of the trip is left?
  4. How many kilometers is it from home to the festival and back home?

Problem 4

Draw a tape diagram to represent and answer the question: What fraction of $2\frac12$ is $\frac45$?

Problem 5 (from Unit 4, Lesson 6)

How many groups of $\frac34$ are in each of the following quantities?

  1. $\frac{11}{4}$
  2. $6\frac12$

Problem 6 (from Unit 4, Lesson 4)

Which question can be represented by the equation $4\div \frac27 = {?}$

  1. What is 4 groups of $\frac 27$?
  2. How many $\frac27$s are in 4?
  3. What is $\frac 27$ of 4?
  4. How many 4s are in $\frac27$?

Lesson 8

Problem 1

For each scenario, use the given tape diagram to help you answer the question. Mark up and label the diagrams as needed.

  1. Mai has picked 1cup of strawberries for a cake, whichis enough for $\frac34$ of the cake. How many cups does she need for the whole cake?

    Grade 6, Unit 4 - Practice Problems (10)

  2. Priya has picked $1\frac12$ cups of raspberries, whichis enough for $\frac34$ of a cake. How many cups does she need for the whole cake?

    Grade 6, Unit 4 - Practice Problems (11)

Problem 2

Tyler painted $ \frac92$ square yards of wall area with 3 gallons of paint. How many gallons of paint does it take to paint each square yard of wall?

  1. Write multiplication and division equations to represent the situation.

  2. Draw a diagram to represent the situation and to answer the question.

Problem 3

After walking $\frac 14$ mile from home, Han is $\frac 13$ of his way to school. What is the distance between his home and school?

  1. Write multiplication and division equations to represent this situation.

  2. Use the given diagram to help you answer the question. Mark up and label it as needed.

    Grade 6, Unit 4 - Practice Problems (12)

Problem 4 (from Unit 4, Lesson 7)

Here is a division equation: $\frac45 \div \frac23 = {?}$

  1. Write a multiplication equation that corresponds to the division equation.
  2. Draw a diagram to represent and answer the question.

Problem 5 (from Unit 4, Lesson 3)

A set of books thatare each 1.5 inches wide are being organized on a bookshelf that is 36 inches wide. How many books can fit on the shelf?

  1. Write a multiplication equation and a division equation to represent this question.
  1. Find the answer. Draw a diagram, if needed.
  1. Use the multiplication equation to check your answer.

Problem 6 (from Unit 4, Lesson 1)

  1. Without calculating, order theexpressionsbased ontheir values, from smallest to largest.

    $56\div8$

    $56\div8,\!000,\!000$

    $56\div 0.000008$

  2. Explain how you decidedthe order of the three expressions.
  3. Find a number$n$ so that $56\div n$is greater than 1but less than 7.

Lesson 9

Problem 1

A group of friends is sharing $2\frac12$ pounds of berries.

  1. If each friend received $\frac54$ of a pound of berries, how many friends are sharing the berries?
  2. If 5 friends are sharing the berries, how many pounds of berries does each friend receive?

Problem 2

$\frac25$ kilogram of soil fills $\frac13$ of a container. Can 1 kilogram of soil fit in the container? Explain or show your reasoning.

Problem 3

After raining for $\frac34$ of an hour, a rain gauge is $\frac25$ filled. If it continues to rain at that rate for 15 more minutes, what fraction of the rain gauge will be filled?

  1. To help answer this question, Diego wrote the division equation $\frac34\div \frac25={?}$. Explain why this equation does not represent the situation.
  2. Write a multiplication equation and a division equation that does represent the situation.

Grade 6, Unit 4 - Practice Problems (13)

Problem 4 (from Unit 2, Lesson 8)

3 tickets to the museum cost \$12.75. At this rate, what is the cost of:

  1. 1 ticket?
  1. 5 tickets?

Problem 5 (from Unit 2, Lesson 9)

Elena went 60 meters in 15 seconds. Noah went 50 meters in 10 seconds. Elena and Noah both moved at a constant speed.

  1. How far did Elena go in 1 second?
  2. How far did Noah go in 1 second?
  3. Who went faster? Explain or show your reasoning.

Problem 6 (from Unit 2, Lesson 11)

The first row in the table shows a recipe for 1batch of trail mix. Complete the remaining rows with recipes for 2, 3, and 4 batches of the same type of trail mix.

numberof batchescupsofcerealcupsofalmondscupsofraisins
row 112$\frac13$$\frac14$
row 22
row 33
row 44

Lesson 10

Problem 1

Priya is sharing 24 apples equally with some friends. She uses division to determine how many people can have a share if each person gets a particular number of apples. For example, $24 \div 4 = 6$ means that if each person gets 4 apples, 6 people can have apples. Here are some other calculations:

$24 \div 4 = 6$

$24 \div 2 = 12$

$24 \div 1 = 24$

$24 \div \frac12 = {?}$

  1. Priya thinks the “?” represents a number less than 24. Do you agree? Explain or show your reasoning.

  2. In the case of $24 \div \frac12 = {?}$, how many people can have apples?

Problem 2

Here is a centimeter ruler.

Grade 6, Unit 4 - Practice Problems (14)

  1. Use the ruler to find$1 \div \frac{1}{10}$and$4 \div \frac{1}{10}$.
  2. What calculation did you do each time?
  1. Use your workfrom the first partto find each quotient.

    1. $18 \div \frac{1}{10}$
    1. $4\div \frac{2}{10}$
    1. $4\div \frac{8}{10}$

Problem 3

Find each quotient.

a. $5 \div \frac{1}{10}$

b. $5 \div \frac{3}{10}$

c. $5\div \frac{9}{10}$

Problem 4

Use the fact that $2\frac12 \div \frac18=20$ to find $2\frac12 \div \frac58$. Explain or show your reasoning.

Problem 5 (from Unit 4, Lesson 9)

It takes one week for a crew of workers to pave$\frac35$ kilometer of a road. At that rate, how long will it take to pave 1 kilometer?

Write a multiplication equation and a division equation that represent the question and then answer the question.Show your reasoning.

Problem 6 (from Unit 4, Lesson 7)

A box contains $1\frac 34$ pounds of pancake mix. Jada used $\frac 78$ pound for a recipe. What fraction of the pancake mix in the box did she use? Explain or show your reasoning. Draw a diagram, if needed.

Problem 7 (from Unit 3, Lesson 14)

Calculate each percentage mentally.

  1. 25% of 400
  2. 50% of 90
  1. 75% of 200
  2. 10% of 8,000
  1. 5% of 20

Lesson 11

Problem 1

Select all statements that show correct reasoning for finding $\frac{14}{15}\div \frac{7}{5}$.

  1. Multiplying $\frac{14}{15}$ by 5 and then by $\frac{1}{7}$.
  2. Dividing $\frac{14}{15}$ by 5, and then multiplying by $\frac{1}{7}$.
  3. Multiplying $\frac{14}{15}$ by 7, and then multiplying by $\frac{1}{5}$.
  4. Multiplying $\frac{14}{15}$ by 5 and then dividing by 7.

Problem 2

Clare said that $\frac{4}{3}\div\frac52$ is $\frac{10}{3}$. Shereasoned: $\frac{4}{3} \boldcdot 5=\frac{20}{3}$ and $\frac{20}{3}\div 2=\frac{10}{3}$.

Explain why Clare’s answer and reasoning are incorrect. Find the correct quotient.

Problem 3

Find the value of $\frac{15}{4}\div \frac{5}{8}$. Show your reasoning.

Problem 4

Kiran has $2\frac34$ pounds of flour. When he divides the flour into equal-sized bags, he fills $4\frac18$ bags. How many pounds fit in each bag?

Write a multiplication equation and a division equation to represent the question and then answer the question. Show your reasoning.

Problem 5 (from Unit 4, Lesson 10)

Divide $4\frac12$ by the following unit fractions.

a.$\frac18$

b.$\frac14$

c.$\frac16$

Problem 6 (from Unit 4, Lesson 9)

After charging for $\frac13$ of an hour, a phone is at $\frac25$ of its full power. How long will it take the phone to charge completely?

Decide whether each equation can represent the situation.

  1. $\frac13\boldcdot {?}=\frac25$
  2. $\frac13\div \frac25={?}$
  1. $\frac25 \div \frac13 ={?}$
  2. $\frac25 \boldcdot {?}=\frac13$

Problem 7 (from Unit 4, Lesson 8)

Elena and Noah are each filling a bucket with water. Noah’s bucket is $\frac25$ full and the water weighs $2\frac12$ pounds. How much does Elena’s bucket weigh if her bucket is full and her bucket is identical to Noah’s?

  1. Write multiplication and division equations to represent the question.
  2. Draw a diagram to show the relationship between the quantities and to answer the question.

Lesson 12

Problem 1

One inch is around $2\frac{11}{20}$ centimeters.

Grade 6, Unit 4 - Practice Problems (15)

  1. How many centimeters long is 3 inches? Show your reasoning.
  1. What fraction of an inch is 1 centimeter? Show your reasoning.
  1. What question can be answered by finding $10 \div 2\frac{11}{20}$?

Problem 2

A zookeeper is $6\frac14$ feet tall. A young giraffe in his care is $9\frac38$ feet tall.

  1. How many times as tall as the zookeeper is the giraffe?​
  1. What fraction of the giraffe’s height is the zookeeper’s height?

Problem 3

A rectangular bathroom floor is covered with square tiles that are $1\frac12$ feet by $1\frac12$ feet. The length of the bathroom floor is $10\frac12$ feet and the width is $6\frac12$ feet.

  1. How many tiles does it take to cover the length of the floor?
  1. How many tiles does it take to cover the width of the floor?

Problem 4 (from Unit 4, Lesson 11)

The Food and Drug Administration (FDA) recommends a certain amount of nutrient intake per day called the “daily value.” Food labels usually show percentages of the daily values for several different nutrients—calcium, iron, vitamins, etc.

In $\frac34$ cup of oatmeal, there is $\frac{1}{10}$ of the recommended daily value of iron. What fraction of the daily recommended value of iron is in 1 cup of oatmeal?

Write a multiplication equation and a division equation to represent the question, and then answer the question. Show your reasoning.

Problem 5 (from Unit 4, Lesson 7)

What fraction of $\frac12$ is $\frac13$? Draw a tape diagram to represent and answer the question. Use graph paper if needed.

Problem 6 (from Unit 4, Lesson 6)

Noah says, “There are $2\frac12$ groups of $\frac45$ in 2.” Do you agree with his statement? Draw a tape diagram to show your reasoning. Use graph paper, if needed.

Lesson 13

Problem 1

  1. Find the unknown side length ofthe rectangle if its area is 11 m2. Show your reasoning.

    Grade 6, Unit 4 - Practice Problems (16)

  2. Check your answer by multiplying it bythe given side length ($3\frac 23$). Is the resulting product 11? If not, revisit your work forthe first question.

Problem 2

A worker is tiling the floor of a rectangular room that is 12 feet by 15 feet. The tiles are square with side lengths $1\frac13$ feet. How many tiles are needed to cover the entire floor? Show your reasoning.

Problem 3

A television screen haslength $16\frac12$ inches, width $w$ inches, and area 462 square inches. Select all equations that represent the relationship of the side lengths and area of the television.

  1. $w \boldcdot 462 = 16\frac12$
  2. $16\frac12 \boldcdot w = 462$
  3. $462 \div 16\frac12 = w$
  4. $462 \div w= 16\frac12$
  5. $16\frac12 \boldcdot 462 = w$

Problem 4

The area of a rectangle is$17\frac12$ in2 and itsshorter sideis $3\frac12$ in. Draw a diagram that shows thisinformation. What is the length of the longer side?

Problem 5 (from Unit 4, Lesson 12)

A bookshelf is 42 inches long.

  1. How many books of length $1\frac12$ inches will fit on the bookshelf? Explain your reasoning.
  2. A bookcase has 5 of these bookshelves. How many feet of shelf space is there? Explain your reasoning.

Problem 6 (from Unit 4, Lesson 11)

Find the value of $\frac{5}{32}\div \frac{25}{4}$. Show your reasoning.

Problem 7 (from Unit 4, Lesson 6)

How many groups of $1\frac23$ are in each of the following quantities?

a. $1\frac56$

b. $4\frac13$

c. $\frac56$

Problem 8 (from Unit 2, Lesson 14)

It takes $1\frac{1}{4}$ minutes to fill a 3-gallon bucket of water with a hose. At this rate, how long does it take to fill a 50-gallon tub? If you get stuck, consider using the table.

Lesson 14

Problem 1

Clare is using little wooden cubes with edge length $\frac12$ inch to build a larger cube that has edge length4 inches. How many little cubes does she need? Explain your reasoning.

Problem 2

Thetriangle has an area of $7\frac{7}{8}$ cm2 and a base of $5\frac14$ cm.

What is the length of $h$? Explain your reasoning.

Grade 6, Unit 4 - Practice Problems (17)

Problem 3

  1. Which of the followingexpressionscan be usedto find how many cubes with edge length of $\frac13$ unit fit in a prism that is5 units by 5 units by 8 units? Explain or show your reasoning.

    1. $(5 \boldcdot \frac 13) \boldcdot (5 \boldcdot \frac 13) \boldcdot (8 \boldcdot \frac 13)$

    2. $5 \boldcdot 5 \boldcdot 8$

    3. $(5 \boldcdot 3) \boldcdot (5 \boldcdot 3) \boldcdot (8 \boldcdot 3)$

    4. $(5 \boldcdot 5 \boldcdot 8) \boldcdot (\frac 13)$

  2. Mai says that we can also find the answer by multiplying the edge lengths of the prism and then multiplying the resultby 27. Do you agree with her statement? Explain your reasoning.

Problem 4 (from Unit 4, Lesson 12)

A builder is building a fencewith $6\frac14$-inch-wide wooden boards, arrangedside-by-side with no gaps. How many boards are needed to build a fence that is150 inches long? Show your reasoning.

Problem 5 (from Unit 4, Lesson 12)

Find the value of each expression. Show your reasoning and check your answer.

  1. $2\frac17 \div \frac27$
  1. $\frac {17}{20} \div \frac14$

Problem 6 (from Unit 4, Lesson 11)

A bucketcontains$11\frac23$ gallons of water and is $\frac56$ full. How many gallons of water would be in a full bucket?

Write a multiplication and a division equation to represent the situation, and then find the answer. Show your reasoning.

Problem 7 (from Unit 3, Lesson 12)

There are 80 kids in a gym. 75% are wearing socks. How many are not wearing socks? If you get stuck, consider using a tape diagram showing sections that each represent 25% of the kids in the gym.

Problem 8 (from Unit 3, Lesson 11)

  1. Lin wants to save \$75 for a trip to the city. If she has saved \$37.50 so far, what percentage of her goal has she saved? What percentage remains?
  2. Noah wants to save \$60 so that he can purchase a concert ticket. If he has saved \$45 so far, what percentage of his goal has he saved? What percentage remains?

Lesson 15

Problem 1

A pool in the shape of a rectangular prism is being filled with water. The length and width of the pool is 24 feet and 15 feet. If the height of the water in the pool is $1\frac13$ feet, what is the volume of the water in cubic feet?

Problem 2

A rectangular prism measures $2\frac25$ inches by $3\frac15$ inches by 2 inch.

  1. Priya said, “It takes more cubes with edge length$\frac25$ inch thancubes with edge length $\frac15$ inch to pack the prism.” Do you agree with Priya’s statement? Explain or show your reasoning.
  1. How many cubes with edge length $\frac15$ inch fit in the prism? Show your reasoning.

  1. Explain how you can use your answer in the previous question to find the volume of the prism in cubic inches.

Problem 3 (from Unit 4, Lesson 14)

  1. Here is a right triangle. What is its area?
  1. What is the height $h$ for the base that is$\frac54$ units long? Show your reasoning.

Grade 6, Unit 4 - Practice Problems (18)

Problem 4

To give their animals essential minerals and nutrients, farmers and ranchers often have a block of salt—called “salt lick”—available for their animals to lick.

  1. A rancher is ordering a box of cube-shaped salt licks. The edge lengths of each salt lick are $\frac{5}{12}$ foot. Is the volume of one salt lick greater or less than 1cubic foot? Explain your reasoning.

Grade 6, Unit 4 - Practice Problems (19)

  1. The box that contains the salt lick is $1\frac14$ feet by $1\frac23$ feet by $\frac56$ feet. How many cubes of salt lick fit in the box? Explain or show your reasoning.

Problem 5 (from Unit 4, Lesson 12)

  1. How many groups of $\frac13$ inch are in $\frac34$ inch?
  2. How many inches are in $1\frac25$ groups of $1\frac23$ inches?

Problem 6 (from Unit 2, Lesson 12)

Here is a table that shows the ratio of flour to water in an art paste. Complete the table with values in equivalent ratios.

cups of flourcups of water
row 11$\frac12$
row 24
row 33
row 4$\frac12$

Lesson 16

Problem 1

An orange has about $\frac14$ cup of juice. How many oranges are needed to make $2\frac12$ cups of juice? Select all equationsthat represent this question.

  1. $ {?} \boldcdot \frac 14= 2\frac12$
  2. $\frac14 \div 2\frac12 = {?}$
  3. ${?} \boldcdot 2\frac12 = \frac14$
  4. $2\frac12 \div \frac14 = {?}$

Problem 2

Mai, Clare, and Tyler arehikingfrom aparking lot to the summit of a mountain. They pass a sign that gives distances.

  • Parking lot: $\frac34$ mile
  • Summit: $1\frac12$ miles

Mai says: “We are one third of the way there.” Clare says: “We have to go twice as far as we have already gone.” Tyler says: “The total hike is three times as long as what we have already gone.”

Can they all be correct? Explain how you know.

Problem 3

Priya’scat weighs $5\frac12$ pounds and her dog weighs $8\frac14$ pounds. Estimate the missing number in each statementbefore calculatingthe answer. Then, compareyour answer to the estimateand explain any discrepancy.

  1. The catis_______ asheavy as the dog.

  2. Their combined weight is _______ pounds.

  3. Thedog is _______ pounds heavier thanthe cat.

Problem 4 (from Unit 4, Lesson 15)

Before refrigerators existed, some people had blocks of ice delivered to their homes. A delivery wagon had a storage box in the shape of a rectangular prism that was $7\frac12$ feet by 6 feet by 6 feet. The cubic ice blocks stored in the box had side lengths $1\frac12$ feet. How many ice blocks fit in the storage box?

  1. 270
  2. $3\frac38$
  3. 80
  4. 180

Problem 5 (from Unit 4, Lesson 1)

Fill in the blanks with 0.001, 0.1, 10, or 1000 so that the value of each quotientis in the correctcolumn.

close to $\frac{1}{100}$

  • ____ $ \div 9$
  • $12 \div$ ____

close to 1

  • ____ $\div 0.12$
  • $\frac18 \div$ ____

greater than 100

  • ____ $\div \frac13$
  • $700.7 \div$ ____

Problem 6 (from Unit 3, Lesson 15)

A school clubsold 300 shirts. 31% were sold to fifth graders, 52% were sold to sixth graders, and the rest were sold to teachers. How many shirts were sold to each group—fifth graders, sixth graders, and teachers? Explain or show your reasoning.

Problem 7 (from Unit 2, Lesson 15)

Jada has some pennies and dimes. The ratio of Jada’s pennies to dimes is 2 to 3.

  1. From the information given above, can you determine how many coins Jada has?
  1. If Jada has 55 coins, how many of each kind of coin does she have?
  2. How much are her coins worth?

Lesson 17

No practice problems for this lesson.

Grade 6, Unit 4 - Practice Problems (2024)

FAQs

How can I help my 6th grader with math problems? ›

Relate math problems to real life with everyday activities such as crafts and games. Help your child to memorize keywords and math vocabulary. Emphasize the importance of practice by using 6th grade math worksheets. Encourage your child to use paper and pencil to write out math steps.

Is teaching 6th grade math hard? ›

6th-grade math can be challenging as it is the transition year from elementary school to middle school math. Introduction to Algebraic concepts is considered the most challenging in 6th grade.

How to pass math class in 6th grade? ›

Complete all assignments.

The surest way to survive math class is to complete all of your assignments. Even if you don't understand the math involved, make an effort to try. Teachers usually give full or partial credit if you complete all the requirements of the assignment and show your work.

How do you solve percent problems in 6th grade? ›

First, write the problem as a fraction, then simplify it. Next, convert the fraction to a percentage by making the denominator 100. Alternatively, divide the numbers to get a decimal and multiply by 100 to find the percentage.

What math level is 6th grade? ›

Sixth grade math takes on ratios and proportions, negative and positive numbers, equivalent equations, and how to depict three-dimensional shapes in two dimensions. All this and X marks the spot for pre-algebra.

Why is math so hard for my child? ›

Poor math performance may be due to outside factors such as absenteeism, changing schools, a language barrier, or something going on at home. A child with math disabilities often has a poor sense of numbers, including with multiplications, fractions, and decimals.

What grade is hardest teaching? ›

I asked my followers which grade out of K-12 was the worst grade to teach. I received over one thousand responses! People felt very passionately about which grade was the worst, but the overwhelming majority agreed: 7th grade is the absolute worst!

What is the hardest middle school subject to teach? ›

Teaching a challenging subject involves abstract concepts, complex terms, needed background, and diverse learners. Explaining math, physics, or philosophy can be tough. Chemistry, biology, or law terms can be hard. Math or foreign languages are challenging without the right foundation.

What is the hardest thing in 6th grade math? ›

Understanding the Key Challenges in 6th Grade Math
  • Fractions. Fractions are an integral part of 6th-grade math curriculum, marking a significant departure from whole numbers that students are generally more familiar with. ...
  • Decimals. ...
  • Ratios and Proportions. ...
  • Geometry. ...
  • Word Problems.
Jun 20, 2023

How many F's to fail 6th grade? ›

How many F's do you have to get to fail 6th grade? In order to fail the 6th grade, You at least have to have 5 f's or fail all your classes completely whether that's not caring about work or just slacking off but if you have 1, 2, 3 f's then you don't need to worry! You will definitely pass the 6th grade!

How many F's to fail 5th grade? ›

There is no universal education code that lays out how many Fs will earn you a stay in 5th grade for a second year, so only the administrators at your school can answer this question.

Can you pass 6th grade if you fail math? ›

Key Takeaways

Failing in a math class in middle school will not stop you from progressing in your academic journey. Chances are, you'll be promoted to the next grade and might have to repeat the math class (practicing math formulas and revising concepts) alongside your other studies.

How can I be successful in 6th grade math? ›

6th grade math tips: Here's how to help your student
  1. Review new material together. ...
  2. Help your child learn how to study. ...
  3. Shop for bargains. ...
  4. Review materials before class. ...
  5. Break down complicated problems. ...
  6. Encourage persistence. ...
  7. Highlight math in sports. ...
  8. Play games.
Feb 1, 2020

What is 20% out of 80? ›

Answer: 20% of 80 is 16.

Let's find 20% of 80.

What is 20% out of 45? ›

∴ 20% of 45 is 9. To learn more about percentages, click here!

How can I help my child who is struggling with math facts? ›

Say them aloud. Reciting math facts aloud is a great way to commit them to memory, especially for students who are auditory learners or those who struggle with processing visual information. Prompt the child to recite the entire fact then provide the correct answer orally if needed.

How can I help my middle school students with math? ›

Strategies to engage students and transform the middle school math experience
  1. Theme 1: Use visual representations to illustrate math concepts. ...
  2. Theme 2: Use real-life connections to give meaning to word problems. ...
  3. Theme 3: Use student discussion to build math engagement.

How can I help my 12 year old with maths? ›

Ask your child about the maths in any story they read or TV programme they watch. This helps children see how maths is used all the time. Whatever they're reading or watching, there are chances to talk about maths – for example: How did the 'clock' work in The Hunger Games: Catching Fire by Suzanne Collins?

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