Test: Addition - 2 - Class 1 MCQ

To find the total number of pencils that Abby and Alice have together, we need to add the number of pencils each of them has.
Abby has 5 pencils.
Alice has 2 pencils.
To find the total number of pencils together, we add 5 and 2.
Therefore, Abby and Alice have a total of 7 pencils together.
Answer: B

To find out how many shirts Brigham and Harry have together, we need to add the number of shirts they each have.
Brigham has 2 shirts.
Harry has 7 shirts.
To find the total number of shirts together, we add 2 and 7:
2 + 7 = 9
Therefore, Brigham and Harry have a total of 9 shirts together.
Answer: D

To find the representation of 40, we need to analyze each option and determine which one matches the given number. Let's examine each option:
Option A: 20 04
This option represents the number 2004, not 40.
Option B: 20 20
This option represents the number 2020, not 40.
Option C: 10 40
This option represents the number 1040, not 40.
Option D: None of the above
Since none of the previous options represent the number 40, we can conclude that the correct answer is D: None of the above.
Therefore, the representation of 40 is not given in any of the options provided.

Step 1: Count the number of stars in each option:

• Option A: 1 star


• Option B: 2 stars


• Option C: 3 stars


• Option D: 1 star

Step 2: Compare the number of stars with the given equation "2 + 1".

• Option A: 1 star does not match the equation.


• Option B: 2 stars match the equation.


• Option C: 3 stars match the equation.


• Option D: 1 star does not match the equation.

Step 3: Based on the comparison, we can conclude that the correct answer is Option C.

Answer: c.

Matching the Images:
- The given question asks to match the addition statement "1 + 1" with one of the given images.
- We need to carefully analyze the images and determine which image represents the addition of 1 and 1.
Analysis of Image A:
- Image A shows two circles with numbers 1 and 2 inside them.
- This image does not represent the addition of 1 and 1 since the numbers inside the circles are different.
Analysis of Image B:
- Image B shows two circles with numbers 1 inside them.
- The circles are connected with a plus sign, indicating addition.
- This image correctly represents the addition of 1 and 1.
Analysis of Image C:
- Image C shows two circles with numbers 2 inside them.
- This image does not represent the addition of 1 and 1 since the numbers inside the circles are different.
Analysis of Image D:
- Image D states "None of these", indicating that none of the given images represent the addition of 1 and 1.
Conclusion:
- Based on the analysis, we can conclude that Image B correctly represents the addition statement "1 + 1".

To determine which of the given options equals fifteen, we need to carefully examine each option.
Option A: 1 15
This option consists of two numbers, 1 and 15, separated by a space. The first number, 1, does not equal fifteen.
Option B: 15 1
This option also consists of two numbers, 15 and 1, separated by a space. The first number, 15, equals fifteen.
Option C: 0 15
This option consists of two numbers, 0 and 15, separated by a space. The second number, 15, equals fifteen.
Option D: 10 15
This option consists of two numbers, 10 and 15, separated by a space. None of the numbers in this option equals fifteen.
Therefore, the correct answer is option C: 0 15.

To find the sum of 5 and 4, we simply add the two numbers together.
Step 1: Write down the two numbers to be added: 5 and 4.
Step 2: Add the digits in the ones place: 5 + 4 = 9.
Step 3: Write down the sum: 9.
Therefore, the sum of 5 and 4 is 9.
Answer: D. 9.

To solve the given equation, we need to add 9 and 2 together.
Step 1:
Start by adding the units digits of 9 and 2, which gives us 11.
Step 2:
Since the sum of the units digits is greater than 10, we need to carry over the tens digit to the next column.
Step 3:
There is no tens digit in this case, so we can write down the sum of the units digits, which is 1, as the final answer.
Therefore, the sum of 9 and 2 is 11.
Answer:
The correct answer is option A: 11.

The '-' sign will make the equation true. 16 - 2 = 14.

Explanation:
To find the missing numeral in the equation 3 _____ = 9, we need to determine what number, when added to 3, equals 9.

The missing numeral can be found through the following steps:
1. Start with the equation: 3 _____ = 9.
2. To find the missing numeral, we need to find a number that, when added to 3, equals 9.
3. Subtract 3 from both sides of the equation to isolate the missing numeral: _____ = 9 - 3.
4. Simplify the equation: _____ = 6.
5. The missing numeral is 6, as it satisfies the equation: 3 + 6 = 9.
Therefore, the correct answer is B: 6.

To find the missing numeral, we need to determine what number, when added to 7, will equal 15.

Step 1: Set up the equation

7 + ____ = 15

Step 2: Simplify the equation

____ = 15 - 7

____ = 8

Step 3: Identify the missing numeral

The missing numeral is 8, as it is the number that, when added to 7, will equal 15.

Therefore, the correct answer is option D: 8.

To find out how many boxes Aaron and Adam have together, we need to add the number of boxes each person has.
Given:
Aaron has 8 boxes.
Adam has 6 boxes.
To calculate the total number of boxes they have together, we can add the number of boxes each person has:
8 + 6 = 14
Therefore, Aaron and Adam have a total of 14 boxes together.
Answer: A. 14

To find the total number of bananas Jack and Olivia have together, we need to add the number of bananas they each have.
Given:
Jack has 6 bananas.
Olivia has 2 bananas.
To find the total number of bananas, we add the number of bananas Jack and Olivia have:
6 + 2 = 8.
Therefore, Jack and Olivia have a total of 8 bananas together.
Answer: A

9 + 9 = 18