Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (2024)

Engage NY Eureka Math 4th Grade Module 3 Lesson 14 Answer Key

Eureka Math Grade 4 Module 3 Lesson 14 Problem Set Answer Key

Use the RDW process to solve the following problems.

Question 1.
There are 19 identical socks. How many pairs of socks are there? Will there be any socks without a match? If so, how many?
Answer:
9 pair of socks are there, 1 sock without a match,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (1)

Explanation:
Given there are 19 identical socks, number of pairs of socks are there are 19 ÷ 2 = 9 quotient (2 X 9 = 18) and
remainder 1, means there are 9 pair of socks are there, 1 sock without a match,
Solved the problems using RDW process as shown above.

Question 2.
If it takes 8 inches of ribbon to make a bow, how many bows can be made from 3 feet of ribbon (1 foot = 12 inches)? Will any ribbon be left over? If so, how much?
Answer:
4 bows can be made from 3 feet of ribbon,
Left over ribbon will be 4 inches,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (2)

Explanation
Given If it takes 8 inches of ribbon to make a bow,
So how many bows can be made from 3 feet of ribbon
(1 foot = 12 inches) are 3 X 12 = 36 inches ÷ 8 inches =
4 quotient (8 X 4 = 32) and 4 inches remainder means|
4 bows can be made from 3 feet of ribbon,
Left over ribbon will be 4 inches,
Solved the problems using RDW process as shown above.

Question 3.
The library has 27 chairs and 5 tables. If the same number of chairs is placed at each table, how many chairs can be placed at each table? Will there be any extra chairs? If so, how many?
Answer:
5 chairs can be placed at each table and there will be 2 extra chairs,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (3)

Explanation:
Given the library has 27 chairs and 5 tables. If the same number of chairs is placed at each table, how many chairs can be placed at each table are 27 ÷ 5 = 5 quotient (5 X 5 = 25) and 2 remainder means 5 chairs can be placed at each table and there will be 2 extra chairs,
Solved the problems using RDW process as shown above.

Question 4.
The baker has 42 kilograms of flour. She uses 8 kilograms each day. After how many days will she need to buy more flour?
Answer:
She needs to buy more flour after 5 days,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (4)

Explanation:
Given the baker has 42 kilograms of flour. She uses 8 kilograms each day.
After number of days will she need to buy more flour is 42 ÷ 8 = 5 quotient (8 X 5 = 40) and 2 remainder it means that she needs to buy more flour after 5 days,
Solved the problems using RDW process as shown above.

Question 5.
Caleb has 76 apples. He wants to bake as many pies as he can. If it takes 8 apples to make each pie, how many apples will he use? How many apples will not be used?
Answer:
Caleb uses 72 apples, 4 apples will not be used,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (5)
Explanation:
Given Caleb has 76 apples. He wants to bake as many pies as he can. If it takes 8 apples to make each pie, number of apples will he uses are
76 ÷ 8 = 9 quotient (8 X 9 = 72), 4 remainder it means number of apples used are
8 X 9 = 72 apples and apples not used are 4,
Solved the problems using RDW process as shown above.

Question 6.
Forty-five people are going to the beach. Seven people can ride in each van. How many vans will be required to get everyone to the beach?
Answer:
7 vans are required to get everyone to the beach,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (6)

Explanation:
Given Forty-five people are going to the beach.
Seven people can ride in each van.
Number of vans will be required to get everyone to the beach are 45 ÷ 7 = 6 quotient (7 X 6 = 42), 3 remainder it means 6 vans full and 3 people remaining therefore 7 vans are required to get everyone to the beach,
Solved the problems using RDW process as shown above.

Eureka Math Grade 4 Module 3 Lesson 14 Exit Ticket Answer Key

Use the RDW process to solve the following problem.

Fifty-three students are going on a field trip. The students are divided into groups of 6 students. How many groups of 6 students will there be?
If the remaining students form a smaller group, and one chaperone is assigned to every group, how many total chaperones are needed?
Answer:
8 groups of 6 students will be there and 1 chaperones are needed,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (7)
Explanation:
Given Fifty-three students are going on a field trip.
The students are divided into groups of 6 students.
Number of groups of 6 students will there be are
53 ÷ 6 = 8 quotient (6 X 8 = 48), 5 remainder it means
that 8 groups of 6 students will be there
and If the remaining students form a smaller group,
and one chaperone is assigned to every group,
number of chaperones are needed is 1 as
5 students form one smaller group,
Solved the problems using RDW process as shown above.

Eureka Math Grade 4 Module 3 Lesson 14 Homework Answer Key

Use the RDW process to solve the following problems.

Question 1.
Linda makes booklets using 2 sheets of paper. She has 17 sheets of paper. How many of these booklets can she make? Will she have any extra paper?How many sheets?
Answer:
Linda can make 8 booklets, Yes, she will have
extra paper, 1 sheet,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (8)
Explanation:
Given Linda makes booklets using 2 sheets of paper. She has 17 sheets of paper.
Number of these booklets can she make are 17 ÷ 2 = 8 quotient (2 X 8 = 16),
1 remainder means Linda can make 8 booklets,
Yes, she will have extra paper, 1 sheet,
Solved the problems using RDW process as shown above.

Question 2.
Linda uses thread to sew the booklets together. She cuts 6 inches of thread for each booklet. How many booklets can she stitch with 50 inches of thread?
Will she have any unused thread after stitching up the booklets? If so, how much?
Answer:
Linda can stitch 8 booklets with 50 inches of thread,
Yes, she will have any unused thread after stitching up the booklets, 2 inches of the thread,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (9)

Explanation:
Given Linda uses thread to sew the booklets together.
She cuts 6 inches of thread for each booklet.
The number of booklets can she stitch with 50 inches of thread is 50 inches ÷ 6 inches = 8 quotient (6 X 8 = 48),
2 remainder means Linda can stitch 8 booklets with 50 inches of thread,
Yes, she will have any unused thread after stitching up the booklets, 2 inches of the thread,
Solved the problems using RDW process as shown above.

Question 3.
Ms. Rochelle wants to put her 29 students into groups of 6. How many groups of 6 can she make? If she puts any remaining students in a smaller group,
how many students will be in that group?
Answer:
Ms.Rochelle can make 4 groups of 6 students,
In smaller group there will be 5 students,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (10)Explanation:
Given Ms. Rochelle wants to put her 29 students into groups of 6. Number of groups she can make are 29 ÷ 6 = 4 quotient (6 X 4 = 24) and 5 remainder means Ms.Rochelle can make 4 groups of 6 students
In smaller group there will be 5 students,
Solved the problems using RDW process as shown above.

Question 4.
A trainer gives his horse, Caballo, 7 gallons of water every day from a 57-gallon container. How many days will Caballo receive his full portion of water from the container? On which number day will the trainer need to refill the container of water?
Answer:
Number of days Caballo receive his full portion of water from the container is 8 days,
On day 9th the trainer need to refill the conatiner of water,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (11)

Explanation:
Given a trainer gives his horse, Caballo, 7 gallons of water every day from a 57-gallon container.
Number of days Caballo receive his full portion of water from the container is 57 ÷ 7 = 8 quotient (7 X 8 = 56)
and 1 remainder means 8 days and on day 9th the trainer need to refill the conatiner of water,
Solved the problems using RDW process as shown above.

Question 5.
Meliza has 43 toy soldiers. She lines them up in rows of 5 to fight imaginary zombies. How many of these rows can she make?
After making as many rows of 5 as she can, she puts the remaining soldiers in the last row. How many soldiers are in that row?
Answer:
Meliza makes 8 number of rows of 5 fight imaginary zombies,
In the last row number of soldiers are 3,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (12)

Explanation:
Given Meliza has 43 toy soldiers. She lines them up in rows of 5 to fight imaginary zombies.
So number of rows she can make are 43 ÷ 5 = 8 quotient (5 X 8 = 40) and 3 remainder means
Meliza makes 8 number of rows of 5 fight imaginary zombies,
In the last row number of soldiers are 3,
Solved the problems using RDW process as shown above.

Question 6.
Seventy-eight students are separated into groups of 8 for a field trip. How many groups are there? The remaining students form a smaller group of how many students?
Answer:
There are 9 groups of 8 students for a field trip and in smaller group there are 6 students,
Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (13)

Explanation:
Given Seventy-eight students are separated into groups of 8 for a field trip. So number of groups are 78 ÷ 8 = 9 quotient (8 X 9 = 72) and 6 remainder means there are 9 groups of 8 students for a field trip and in smaller group there are 6 students,
Solved the problems using RDW process as shown above.

Eureka Math Grade 4 Module 3 Lesson 14 Answer Key (2024)

FAQs

What grade does Eureka math go up to? ›

Eureka Math® is a holistic Prekindergarten through Grade 12 curriculum that carefully sequences mathematical progressions in expertly crafted modules, making math a joy to teach and learn. We provide in-depth professional development, learning materials, and a community of support.

What are the four core components of a Eureka Math TEKS lesson? ›

A typical Eureka lesson is comprised of four critical components: fluency practice, concept development (including a problem set), application problem, and student debrief (including the Exit Ticket).

What type of math is Eureka math? ›

Eureka Math® is a math program designed to advance equity in the math classroom by helping students build enduring math knowledge. What's in the Program? Numbers should add up to more than the right answer.

Why was Eureka Math created? ›

ABOUT EUREKA MATH Created by the nonprofit Great Minds, Eureka Math helps teachers deliver unparalleled math instruction that provides students with a deep understanding and fluency in math.

What is the hardest math grade? ›

Generally speaking, the most rigorous math courses in high school include Advanced Placement (AP) Calculus AB and BC, AP Statistics, and for some, Multivariable Calculus (which might be offered at your school or at a local college).

Is Eureka Math good or bad? ›

Is Eureka Math a good curriculum? The answer to this question depends on the target audience. If you're a teacher in a public school who needs to cover State Standards and your goal is merely to prepare students for State tests, then Eureka may be a good curriculum for you.

What is the Eureka lesson breakdown? ›

Each lesson in A Story of Units is comprised of four critical components: fluency practice, concept development (including the problem set), application problem, and student debrief (including the Exit Ticket).

What are the 4 parts of the TEKS? ›

Explore how the TEKS are organized by Introduction, Knowledge and Skill Statement, Strand, and Student Expectations across a grade level or course. Recognize and differentiate between cognitive and content expectations noted in the TEKS.

Is Eureka math the same as common core? ›

Eureka Math, a Common Core-aligned curriculum published by the non-profit Great Minds Inc., equates mathematical concepts to stories, with the aim of developing conceptual understanding.

Is Eureka Math no longer free? ›

Anyone can download the entire PK–12 Eureka Math curriculum, along with a variety of instructional materials and support resources, for free. Some materials, such as our printed workbooks, Eureka Digital Suite, Affirm, Eureka Math Equip, and Eureka Math in Sync must be purchased.

Who is the father of math Eureka? ›

Here's a closer look into this sudden discovery (the “Eureka!” moment): The famous Greek mathematician, physicist, and astronomer, Archimedes was born in 287 BC in Syracuse, a Greek colony in Sicily (an island now part of Italy).

What is the hardest math that exists? ›

10 World's Hardest Math Problems With Solutions and Examples That Will Blow Your Mind
  • The Four Color Theorem.
  • Fermat's Last Theorem.
  • The Monty Hall Problem.
  • The Travelling Salesman Problem.
  • The Twin Prime Conjecture.
  • The Poincaré Conjecture.
  • The Goldbach Conjecture.
  • The Riemann Hypothesis.
Aug 31, 2023

What's the difference between Eureka Math and Eureka Math Squared? ›

Eureka Math-Squared is the newest version of a math curriculum that EE teachers were already using. The difference, Karsteter explained, is that in the new version being implemented this year, everything is simplified.

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To access our aligned resources, go to the Courses dropdown menu in the top left corner of your screen and select See all Math. From the Math page you can view all Math courses including the courses aligned to the Eureka Math/EngageNY curriculum.

What is the goal of Eureka Math? ›

Eureka Math is designed to support students in gaining a solid understanding of concepts, a high degree of procedural skill and fluency, and the ability to apply math to solve problems in and outside the classroom. There is also an intentional coherence linking topics and thinking across grades.

What is the highest level of math in 9th grade? ›

9th grade math usually focuses on Algebra I, but can include other advanced mathematics such as Geometry, Algebra II, Pre-Calculus or Trigonometry.

What is the hardest math in 5th grade? ›

Some of the hardest math problems for fifth graders involve multiplying: multiplying using square models, multiplying fractions and whole numbers using expanded form, and multiplying fractions using number lines.

What is 8th grade advanced math? ›

Eighth graders who score proficient or advanced are considered to have mastered concepts such as number sense and operations; expressions, equations, and inequalities; functions; geometry and measurement; and data, analysis, and statistics.

What grade level is go math for? ›

Go Math! (K-6) on Ed is an easy-to-implement core curriculum with an effective instructional approach that includes robust differentiation and assessment resources that engage all levels of learners and support all levels of teachers, from novice to master.

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