McGraw Hill Math

McGraw Hill Math Grade 2 Chapter 3 Lesson 2 Answer Key Counting by 2s

Practice questions available in McGraw Hill Math Grade 2 Answer Key PDF Chapter 3 Lesson 2 Counting by 2s will engage students and is a great way of informal assessment.

McGraw-Hill Math Grade 2 Answer Key Chapter 3 Lesson 2 Counting by 2s

Count

Circle pairs of objects to count by 2s. Write the numbers.

Question 1.
McGraw Hill Math Grade 2 Chapter 3 Lesson 2 Answer Key Counting by 2s 1
Answer:
Count each object by 2s
There are 8 lemons in the above figure.

Question 2.
McGraw Hill Math Grade 2 Chapter 3 Lesson 2 Answer Key Counting by 2s 2
________ _____________ _________ _____________ _________ ____________
Answer:
McGraw Hill Math Grade 2 Chapter 3 Lesson 2 Answer Key Counting by 2s 2
____2____ ______4_______ ____6_____ ___8_____    ____10_____ ____12____
Count each object by 2s
There are 12 stars in the above figure.

Question 3.
McGraw Hill Math Grade 2 Chapter 3 Lesson 2 Answer Key Counting by 2s 3
_____  _____ ________ ____________ _____________ _____________ _____________ __________ _______
Answer:
McGraw Hill Math Grade 2 Chapter 3 Lesson 2 Answer Key Counting by 2s 3
_____2_____ ___4_____ ____6____ _____8___  ____10_____ ____12___ ____14___   __16_____
Count each object by 2s
There are 16 buttons in the above figure.

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McGraw Hill Math Grade 2 Chapter 3 Lesson 1 Answer Key Even and Odd Numbers

Practice questions available in McGraw Hill Math Grade 2 Answer Key PDF Chapter 3 Lesson 1 Even and Odd Numbers will engage students and is a great way of informal assessment.

McGraw-Hill Math Grade 2 Answer Key Chapter 3 Lesson 1 Even and Odd Numbers

Identify

Check to see if a number is odd or even. Use paper clips or other small objects. Then circle odd or even.

Question 1.
4 odd McGraw Hill Math Grade 2 Chapter 3 Lesson 1 Answer Key Even and Odd Numbers 1
Answer:
4 is an even number because it is divisible by 2 and leaves the remainder as 0.

Question 2.
13 odd even
Answer: McGraw-Hill Math Grade 2 Answer Key Chapter 3 Lesson 1 Even and Odd Numbers
13 is an odd number because it is not divisible by 2.

Question 3.
7 odd even
Answer: McGraw-Hill Math Grade 2 Answer Key Chapter 3 Lesson 1 Even and Odd Numbers
7 is an odd number because it is not divisible by 2.

Question 4.
10 odd even
Answer: McGraw Hill Math Grade 2 Chapter 3 Lesson 1 Answer Key Even and Odd Numbers 1
10 is an even number because it is divisible by 2 and leaves the remainder as 0.

Question 5.
8 odd even
Answer: McGraw Hill Math Grade 2 Chapter 3 Lesson 1 Answer Key Even and Odd Numbers 1
8 is an even number because it is divisible by 2 and leaves the remainder as 0.

Question 6.
19 odd even
Answer: McGraw-Hill Math Grade 2 Answer Key Chapter 3 Lesson 1 Even and Odd Numbers
19 is an odd number because it is not divisible by 2.

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McGraw Hill Math Grade 5 Chapter 1 Test Answer Key

All the solutions provided in McGraw Hill Math Grade 5 Answer Key PDF Chapter 1 Test are as per the latest syllabus guidelines.

McGraw-Hill Math Grade 5 Chapter 1 Test Answer Key

Question 1.
What is the word form of 1,000,432,506?
Answer: The word form of 1,000,432,506 is One Billion Four Hundred and Thirty-Two Thousand Five Hundred and Six.

Question 2.
What does the 2 in 254 represent? __________________________
What does the 2 in 728 represent? __________________________
How does the value of 2 in 254 compare to the value of 2 in 728?
_______________________
Answer:
The value of 2 in 254 represent 2 hundreds or 200.
The value of 2 in 728 represents 2 tens or 20.
The value of 2 in 254 compared to the value of 2 in 728 is different in place value as 2 in 254 is 200 and the value of 2 in 728 is 20.

Question 3.
How does the value of 9 in 5,935 compare to the value of 9 in 9,000? ________
Answer: The value of 9 in 5,935 compared to the value of 9 in 9,000 is different in place value as 9 in 5935 is 900 and 9 in 9000 is 9 thousand.

Question 4.
What is 23 × 103 in expanded form? __________________________________
What is 23 × 103 in standard form? ____________________________________
What is 23 × 103 in shortened word form? __________________________
Answer:
23 × 103 in expanded form is 23 × 10 × 10 × 10 = 23,000 = Twenty Three Thousand
23 × 103 in standard form is 23000.
23 × 103 in shortened word form is 23 Thousand.

Write the standard form of each number.

Question 5.
64 × 104 _______________
Answer:
64 × 104 = 64 × 10 × 10 × 10 × 10 = 640,000
Thus the standard form of 64 × 104 is 640,000.

Question 6.
3,030 ÷ 103 ______
Answer:
3,030 ÷ 103 = 3030 ÷ 1000 = 3.030
Thus the standard form of 3,030 ÷ 103 is 3.030

Question 7.
0 0.5 × 104 ______
Answer:
0.5 × 104 = 0.5 × 10 × 10 × 10 × 10
= 5 × 10 × 10 × 10 = 5000
Thus the standard form of 0.5 × 104 is 5000.

Question 8.
653.5 × 102 ____________
Answer:
653.5 × 102 = 653.5 × 10 × 10 = 65350
Thus the standard form of 653.5 × 102 is 65350

Question 9.
0.43 ÷ 101 ____________
Answer:
0.43 ÷ 10 = 0.043
Thus the standard form of 0.43 ÷ 10 is 0.043

Question 10.
0.77 × 102 _____
Answer:
0.77 × 102 = 0.77 × 10 × 10 = 77
Thus the standard form of 0.77 × 102 is 77.

Write the shortened word form of each number.

Question 11.
6.92 __________________________________________
Answer: 6 and 92 hundredths is the shortened word form of 6.92

Question 12.
0.875 _____________________________ __________
Answer: 0 and 875 thousandths is the shortened word form of 0.875

Question 13.
72.7 _____________
Answer: 72 and 7 tenths is the shortened word form of 72.7

Compare the two numbers. Write <, >, or =.

Question 14.
23.00 ______ 2.300
Answer: 23.00 > 2.300
23 is greater than 2.3

Question 15.
2.454 ______ 2.456
Answer: 2.454 < 2.456
2.454 is less than 2.456

Question 16.
11.117 ______ 11.17
Answer: 11.117 < 11.17
11.117 is less than 11.170

Question 17.
0.3 ______ 0.300
Answer: 0.3 = 0.300
0.3 is equal to 0.300

Question 18.
4 ______ 0.004
Answer: 4 > 0.004
4 is greater than 0.004

Question 19.
9.9 ______ 10.01
Answer: 9.9 < 10.01
9.9 is less than 10.01

Round to the nearest tenth.

Question 20.
23.271 _______________
Answer:
23.271
If the number is greater than 5 then we have to round to 1 and if the number is less than 5 then we have to round to 0.
In the above number the hundredths value is greater than 5 so we have to add 1 to the tenths place.
23.271 to the nearest tenth is 23.3

Question 21.
2.445 _______________
Answer:
2.445
If the number is greater than 5 then we have to round to 1 and if the number is less than 5 then we have to round to 0.
In the above number the hundredths value is less than 5.
2.445 to the nearest tenth is 2.4

Question 22.
1.117 ________
Answer:
1.117
If the number is greater than 5 then we have to round to 1 and if the number is less than 5 then we have to round to 0.
In the above number the hundredths value is less than 5.
1.117 to the nearest tenth is 1.1

Round to the nearest hundredth.

Question 23.
23.271 _______________
Answer:
23.271
If the number is greater than 5 then we have to round to 1 and if the number is less than 5 then we have to round to 0.
In the above number, the thousandths value is less than 5.
23.271 to the nearest hundredth is 23.27

Question 24.
2.445 _______________
Answer:
2.445
If the number is greater than 5 then we have to round to 1 and if the number is less than 5 then we have to round to 0.
2.445 to the nearest hundredth is 2.45

Question 25.
1.117 _____
Answer:
1.117
If the number is greater than 5 then we have to round to 1 and if the number is less than 5 then we have to round to 0.
In the above number the thousandth value is greater than 5 so we have to add 1 to the hundredth place.
1.117 to the nearest hundredth is 1.12

Question 26.
The average distance between the Earth and the Sun is 57 million kilometers. What is this number in standard form?
Answer:
Given that
The average distance between the Earth and the Sun is 57 million kilometers
57 million in the standard form can be written as 57,000,000.

Question 27.
In 2011, the population of Mexico City was estimated to be 113,724,226. What is the value of the number to the left of the underlined digit?
__________________________
How does that value compare to the value of the underlined digit?
__________________________
Answer:
Given that,
In 2011, the population of Mexico City was estimated to be 113,724,226.
The value of 1 number to the left of the underlined digit is 10 million.

Question 28.
In July 2009, the reported population of New York City was 8,391,881. What is the value of the number to the right of the underlined digit?
__________________________
How does that value compare to the value of the underlined digit?
__________________________
Answer: The place value of 8,391,881 is 800.

Use the data in the chart for items 29 to 32.

Question 29.
What is the area of Tuvalu? Write the expanded form of this number.

McGraw Hill Math Grade 5 Chapter 1 Test Answer Key 1
Answer:
Area of Tuvalu = 23.309 sq. km
23.309 in the expanded form is (2 × 10) + (3 × 1) + (3 × \(\frac{1}{10}\)) + (9 × \(\frac{1}{1,000}\))

Question 30.
What is the shortened word form for the area of Monaco?
Answer:
Area of Monaco = 1.812
1.812 in the shortened word form is 1 and 812 thousandths

Question 31.
What is the area of San Marino in word form?
_______________________
Answer:
The area of San Marino 62.159 is Sixty Two and One Hundred Fifty Nine Thousandths.

Question 32.
What is the area of the Marshall Islands rounded to the nearest hundredth?
Answer:
Area of the Marshall Islands = 181.299
If the number is greater than 5 then we have to round to 1 and if the number is less than 5 then we have to round to 0.
181.299 to the nearest hundredth is 181.30

Question 33.
Four planes are lined up to take off. One will fly to Atlanta, one to Birmingham, one to Charlotte, and one to Denver. The plane to Birmingham is not the first or the last. The plane to Atlanta is third. The plane to Denver is not the first. In what order will the planes take off?
Answer:
Given,
Four planes are lined up to take off.
One will fly to Atlanta, one to Birmingham, one to Charlotte, and one to Denver.
The plane to Birmingham is not the first or the last. The plane to Atlanta is third.
So, the order is Charlotte, Birmingham, Atlanta, Denver.

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McGraw Hill Math Grade 5 Chapter 1 Lesson 6 Answer Key Rounding Decimals

All the solutions provided in McGraw Hill Math Grade 5 Answer Key PDF Chapter 1 Lesson 6 Rounding Decimals are as per the latest syllabus guidelines.

McGraw-Hill Math Grade 5 Answer Key Chapter 1 Lesson 6 Rounding Decimals

Round

Round each number to the place of the underlined digit. Plot each number on a number line if you need help.

Question 1.
6.54.3 6.5

McGraw Hill Math Grade 5 Chapter 1 Lesson 6 Answer Key Rounding Decimals 1
5 is in the tenth place.

Question 2.
0.742 ____________
Answer: 0.04
4 is in hundredths place.
McGraw-Hill-Math-Grade-5-Chapter-1-Lesson-6-Answer-Key-Rounding-Decimals-1

Round each number to the place of the underlined digit.

Question 3.
0.345 ____________
Answer: 0.04
4 is in hundredths place.

Question 4.
7.299 _____
Answer: 0.2
2 is in the tenth place.

Question 5.
3.456 ____________
Answer: 3.000
3 is in hundredths place.

Question 6.
3.555 ____________
Answer: 0.05
5 is in hundredths place.

Question 7.
0.989 ____________
Answer: 0.08
8 is in hundredths place.

Question 8.
9.099 ____________
Answer: 0.09
9 is in hundredths place.

Solve.

Question 9.
Sam buys a package of grapes marked 120.284 grams. How much is this to the nearest tenth of a gram?
Answer:
Given,
Sam buys a package of grapes marked 120.284 grams.
120.284 = 120.3 grams
Therefore, Sam buys a package of grapes marked 120.3 grams.

Question 10.
Ron makes acoustic guitars. He is looking for a string with a diameter of 0.0435 mm. What is the diameter of the string rounded to the nearest hundredth?
Answer:
Given,
Ron makes acoustic guitars. He is looking for a string with a diameter of 0.0435 mm.
0.044 mm
The diameter of the string rounded to the nearest hundredth is 0.44 mm.

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McGraw Hill Math Grade 5 Chapter 1 Lesson 5 Answer Key Comparing Decimals Using Place Value

All the solutions provided in McGraw Hill Math Grade 5 Answer Key PDF Chapter 1 Lesson 5 Comparing Decimals Using Place Value are as per the latest syllabus guidelines.

McGraw-Hill Math Grade 5 Answer Key Chapter 1 Lesson 5 Comparing Decimals Using Place Value

Compare

Write >, <, or = for each pair of numbers.

Question 1.
0.359 < 0.421
Answer: 0.359 < 0.421
0.359 is less than 0.421

Question 2.
0.4 ___ 0.004
Answer: 0.4 > 0.004
0.4 is greater than 0.004 because the place value of 4 in tenths place is greater than the value of 4 in the thousandths place.

Question 3.
3.212 ____ 32.101
Answer: 3.212 < 32.101
3.212 is less than 32.101

Write the numbers in order from greatest to least.

Question 4.
0 0.305, 0.32, 0.345 ___________
Answer:
The decimal numbers from greatest to least is 0.345, 0.32, 0.305

Question 5.
0 0.729, 7.29, 0.079 ________
Answer: The decimal numbers from greatest to least is 7.29, 0.729, 0.079

Question 6.
0.456, 0.45, 0.4 ______
Answer: The decimal numbers from greatest to least is 0.456, 0.45, 0.4

Question 7.
The chart shows the thickness of U.S. coins.
McGraw Hill Math Grade 5 Chapter 1 Lesson 5 Answer Key Comparing Decimals Using Place Value 2
List the coins in order from thickest to thinnest.
Answer:
0.155, 0.195, 0.135, 0.175, 0.215
So, the coins in order from thickest to thinnest is 0.215, 0.195, 0.175, 0.155, 0.135

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McGraw Hill Math Grade 5 Chapter 1 Lesson 4 Answer Key Place Value of Decimals

All the solutions provided in McGraw Hill Math Grade 5 Answer Key PDF Chapter 1 Lesson 4 Place Value of Decimals are as per the latest syllabus guidelines.

McGraw-Hill Math Grade 5 Answer Key Chapter 1 Lesson 4 Place Value of Decimals

Convert

Write in expanded form.

Question 1.
35.726 
Answer: (3 × 10) + (5 × 1) + (7 × \(\frac{1}{10}\)) + (2 × \(\frac{1}{100}\)) + (6 × \(\frac{1}{1,000}\))

Question 2.
699.004 _______________
Answer: (6 × 100) + (9 × 10) + (9 × 1) + (4 × \(\frac{1}{1,000}\))

Write in word form.

Question 3.
[(4 × 10) + (2 × 1) + (5 × \(\frac{1}{10}\)) + (7 × \(\frac{1}{100}\)) + (6 × \(\frac{1}{1,000}\))]
Answer: [(4 × 10) + (2 × 1) + (5 × \(\frac{1}{10}\)) + (7 × \(\frac{1}{100}\)) + (6 × \(\frac{1}{1,000}\))] can be written in the word form as Forty-Two and Five Hundred and Seventy-Six Thousandths.

Write in standard form.

Question 4.
5 and 401 thousandths __________
Answer: 5 and 401 thousandths can be written in the standard form as 5.401

Question 5.
24 thousandths __________
Answer: 24 thousandths can be written in the standard form as 0.024

Write in shortened word form.

Question 6.
1.451 _____
Answer: 1 and 451 thousandths

Question 7.
1.001 __________
Answer: 1 and 1 thousandths

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McGraw Hill Math Grade 2 Chapter 2 Test Answer Key

Practice questions available in McGraw Hill Math Grade 2 Answer Key PDF Chapter 2 Test will engage students and is a great way of informal assessment.

McGraw-Hill Math Grade 2 Chapter 2 Test Answer Key

Add. Write the sum.

Question 1.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 1
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-1
By adding 84 and 13 we get the result 97.

Question 2.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 2
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-2
By adding two numbers 71 and 17 we get 88.

Question 3.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 3
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-3
By adding two numbers 12 and 87 we get 99.

Question 4.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 4
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-4
By adding two numbers 36 and 40 we get 76.

Question 5.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 5
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-5
By adding two numbers 37 and 37 we get 74.

Question 6.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 6
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-6
By adding two numbers 39 and 45 we get 84.

Question 7.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 7
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-7
By adding two numbers 78 and 13 we get 91.

Question 8.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 8
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-8
By adding two numbers 58 and 5 we get 63.

Subtract. Write the difference.

Question 9.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 9
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-9
By subtracting two numbers 97 and 16 we get 81.

Question 10.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 10
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-10
By subtracting two numbers 34 and 34 we get 0.

Question 11.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 11
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-11
By subtracting two numbers 58 and 35 we get 23.

Question 12.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 12
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-12
By subtracting two numbers 76 and 42 we get 34.

Question 13.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 13
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-13
By subtracting two numbers 54 and 47 we get 7.

Question 14.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 14
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-14
By subtracting two numbers 85 and 77 we get 8.

Question 15.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 15
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-15
By subtracting two numbers 65 and 39 we get 26.

Question 16.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 16
Answer:
McGraw-Hill-Math-Grade-2-Chapter-2-Test-Answer-Key-16
By subtracting two numbers 71 and 8 we get 63.

Add or subtract. Write the sum or difference.

Question 17.
There are 58 people on a plane. Then 21 more people get on the plane. How many people are on the plane now?
___ +___ =___ people
Answer:
Given,
There are 58 people on a plane.
Then 21 more people get on the plane.
58 + 21 = 79 people
There are 79 people on the plane now.

Question 18.
One box has 48 crayons. Another box has 24 crayons. How many more are in the box of 48?
___ – ___ = ___ crayons
Answer:
Given,
One box has 48 crayons.
Another box has 24 crayons.
48 – 24 = 24 crayons

Write the number sentence for both steps. Add and subtract to solve. Write the answer.

Question 19.
Tara has 20 stickers. She gives 18 stickers away. Then Tara gets 12 more stickers. How many stickers does Tara have now?
____ – ____ = ____
___ + ___ = ___ stickers
Answer:
Given that,
Tara has 20 stickers. She gives 18 stickers away.
20 – 18 = 2 stickers
Then Tara gets 12 more stickers.
2 + 12 = 14 stickers
Thus Tara has 14 stickers now.

Question 20.
There are 26 books on one shelf in the classroom.
There are 38 books on another shelf.
The students take 20 of the books to read.
How many books are still on the shelves?
___ + ___ = ___
____ – ___ = ___ books
Answer:
There are 26 books on one shelf in the classroom.
There are 38 books on another shelf.
26 + 38 = 64 books
64 – 20 = 44 books
Thus there are 44 books on the shelves.

Solve for the unknown number. Write a number sentence. Write the answer.

Question 21.
58 + McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 17 = 94
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 17 = ____
Answer:
58 + McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 17 = 94
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 17 = 94 – 58
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 17 = 36

Question 22.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 18 – 27 = 33
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 18 = ____
Answer:
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 18 – 27 = 33
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 18 = 33 + 27
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 18 = 60

Question 23.
89 – McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 19 = 53
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 19 = ____
Answer:
89 – McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 19 = 53
89 – 53 = McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 19
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 19 = 89 – 53
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 19 = 36

Question 24.
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 20 + 74 = 99
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 20 = ___
Answer:
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 20 + 74 = 99
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 20 = 99 – 74
McGraw Hill Math Grade 2 Chapter 2 Test Answer Key 20 = 25

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McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers

Practice questions available in McGraw Hill Math Grade 2 Answer Key PDF Chapter 2 Lesson 9 Symbols for Unknown Numbers will engage students and is a great way of informal assessment.

McGraw-Hill Math Grade 2 Answer Key Chapter 2 Lesson 9 Symbols for Unknown Numbers

Solve

Solve for the unknown number. Write the answer on the line.

Question 1.
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 1 – 40 = 40
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 2
Answer:

Question 2.
96 – McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 3 = 39
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 3 = ___
Answer:
96 – McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 3 = 39
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 3 = 96 – 39
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 3 = 57

Question 3.
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 4 + 35 = 70
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 4 = ___
Answer:
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 4 + 35 = 70
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 4 = 70 – 35
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 4 = 35

Question 4.
58 + McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 5 = 61
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 5 = _______
Answer:
58 + McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 5 = 61
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 5 = 61 – 58
McGraw Hill Math Grade 2 Chapter 2 Lesson 9 Answer Key Symbols for Unknown Numbers 5 = 3

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McGraw Hill Math Grade 2 Chapter 2 Lesson 8 Answer Key More Two-Step Word Problems

Practice questions available in McGraw Hill Math Grade 2 Answer Key PDF Chapter 2 Lesson 8 More Two-Step Word Problems will engage students and is a great way of informal assessment.

McGraw-Hill Math Grade 2 Answer Key Chapter 2 Lesson 8 More Two-Step Word Problems

Solve

Write the number sentence for both steps. Add and subtract to solve.

Question 1.
Carl makes 35 blue hats. Then he makes 52 red hats. He sells 46 hats. How many hats does Carl have left?
Answer:
McGraw Hill Math Grade 2 Chapter 2 Lesson 8 Answer Key More Two-Step Word Problems 1
Explanation:
Given that,
Carl makes 35 blue hats.
Then he makes 52 red hats.
35 + 52 = 87
He sells 46 hats
87 – 46 = 41 hats
Therefore Carl has left 41 hats.

Question 2.
Jan has 39 stamps with flags.
She has 43 stamps with flowers.
She uses 58 stamps. How many stamps does Jan have left?
____ stamps
Answer:
Given,
Jan has 39 stamps with flags.
She has 43 stamps with flowers.
39 + 43 = 82 stamps
82 – 58 = 24 stamps
Thus Jan has left 24 stamps.

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McGraw Hill Math Grade 2 Chapter 2 Lesson 7 Answer Key Two-Step Word Problems

Practice questions available in McGraw Hill Math Grade 2 Answer Key PDF Chapter 2 Lesson 7 Two-Step Word Problems will engage students and is a great way of informal assessment.

McGraw-Hill Math Grade 2 Answer Key Chapter 2 Lesson 7 Two-Step Word Problems

Solve

Write the number sentence for both steps. Subtract and add to solve.

Question 1.
38 cars are in the parking lot. 12 cars leave. Then 25 more cars arrive. How many cars are in the lot now?
Answer:
McGraw Hill Math Grade 2 Chapter 2 Lesson 7 Answer Key Two-Step Word Problems 2
Explanation:
Given,
38 cars are in the parking lot. 12 cars leave.
38 – 12 = 26
Then 25 more cars arrive.
26 + 25 = 51 cars
Therefore there are 51 cars in the lot now.

Question 2.
Mr. Jones has 71 markers. He gives 46 to his students. Then he gets 20 more markers. How many markers does Mr. Jones have now?
_______ markers
Answer:
Given,
Mr. Jones has 71 markers. He gives 46 to his students.
71
-46
25
Then he gets 20 more markers.
25 + 20 = 45 markers
Hence Mr. Jones has 45 markers now.

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