Eureka Math seems to give an easy way for learners to answer any Eureka practices and exams by providing the answer keys for each lesson and homework. However, looking for the answer keys for specific lessons and homework of Eureka Math will be complicated, as you may need to search first.
No worries! If you need the answer keys for Eureka Math exams and practices for specific lessons and homework, you can get those answer keys from our post. In this post, we will show you the answer keys for Eureka Math for Lesson 24 Homework 4.3. Hopefully, the list of Eureka Math answer keys will help you to answer any Eureka homeworks.
Here’s a List of Eureka Math Lesson 24 Homework 4.3 Answer Keys!
The answer keys for Eureka Math can be found at any websites that generally provide the answer keys for exams, practices, quizzes and more. One of the sites that provides the Eureka Math answer keys is mrsreamroom.weebly.com.
But this time, we show a list of Eureka Math Lesson 24 Homework 4.3 answer keys that we got from https://campussuite-storage.s3.amazonaws.com/. To find more Eureka Math answer keys for other lessons and homeworks, you can click this link.
So, here a list of Eureka Math answer keys for Lesson 24 Homework 4.3!
- Write the multiples of 3 starting from 36. Time yourself for 1 minute. See how many multiples you can write.
Answer: 36, 39, 42, 45, 48, 51, 54, 57, 60, 63, 66, 69, 72,75, 78, 81, 84, 87, 90. 93, 96, 99, 102, 105, 108, 111, 114.
- List the numbers that have 28 as a multiple.
Answer: 1, 2, 4, 7, 14, 28
To note: This is just like finding the factor pairs of a number. If we say “28” when we skip-count by a number, that means 28 is a multiple of that number.
- Use mental math, division, or the associative property to solve.
a. Is 15 a multiple of 3? yes – Is 3 a factor of 15? yes
b. Is 34 a multiple of 6? no – Is 6 a factor of 34? no
c. Is 32 a multiple of 8? yes – Is 32 a factor of 8? no
a. 3×5 = 15, so 3 is a factor of 15.
b. 6 is a factor of 34
c. 8 is a factor of 32, but 32 is not a factor of 8.
- Follow the directions below.
a. Circle the multiples of 10. When a number is a multiple of 10, what do you notice about the number in the one’s place?
When a number is a multiple of 10, the number in the one’s place is always a zero.
b. Draw a square around the multiples of 4. When a number is a multiple of 4, what are the possible numbers in the ones digit?
When a number is a multiple of 𝟒, the possible number in the ones digit is 𝟐, 𝟒, 𝟔, 𝟖, or 𝟎.
c. Put a triangle on the multiples of 3. Choose one. What do you notice about the sum of the digits? Choose another one. What do you notice about the sum of the digits?
15 – The sum of the digits is 𝟔.
𝟕5 – The sum of the digits is 12.
To note, If you look at more multiples of 3, you will see that the sum of their digits is 3, 6, 9, 12, 15, or 18. Each of those numbers is a multiple of 3.
How Does Eureka Math Work?
Since Eureka Math is a curriculum intended for Pre-Kindergarten to Grade 12, of course, the Eureka Math actually provides a full of modules for each grade. The key successful component of the Eureka Math curriculum is collaboration.
The collaboration here involves any parties including the students, the educators, the curriculum writers, exchanges resources and also best practice to stay connected. This curriculum also offers a full complement of Pre-Kindergarten to Grade 12 print materials including the Teacher Editions, student workbooks and many others.
In addition to printed materials, the Eureka Math curriculum also provides a Digital Suite that offers the two exceptional online resources. The Digital Suite also includes the Navigator, as an interactive digital version of the Pre-Kindergarten to Grade 12 Curriculum. Aside from that, the Digital Suite provides the ‘Teach Eureka Video Series’ which is a collection of on-demand PD videos included in the curriculum.
The Eureka Math provides Spanish editions only available for Grade K-8. It actually offers the educators to differentiate the instructions, provide extra practice and also assess the student learning.
In the Eureka Math Curriculum, you may also find the term ‘Affirm’. It can be defined as a digital mid-module of Eureka Math curriculum and end-of-module assessment. The ‘Affirm’ here has a practice tool which equips the teachers with a robust database of formative items and analytic tools. Well, those tools are designed to help the teachers to track student progress and identify areas of need.
The ‘Affirm’ actually provides the students with enough chances for extra practice and preparation. The curriculum offers the free grade-level analysis of how curriculum actually straightens with standards for all 50 states, the District of Columbia and the United Kingdom.
The classroom tools and the materials are the manipulatives of the Eureka Math curriculum that they have made to reduce the distractions, increase coherence between grades and develop student understanding.