Answer:
To determine whether someone can solve these questions, we would need to know more about the questions themselves and the person's background in the subject. Without that information, we cannot provide a clear and definitive answer.
Step-by-step explanation:
The question is asking whether someone can solve questions 11, 12, 13, and 14. The answer options are "a) Yes" and "b) No."
In this case, since we don't have any specific questions or information about what the questions are, it is impossible to provide a definitive answer. The answer will depend on the person's knowledge and abilities in the subject.
If the person has the necessary knowledge and skills to solve the questions, then the answer would be "a) Yes." However, if the person does not have the knowledge or skills required to solve the questions, then the answer would be "b) No."
To determine whether someone can solve these questions, we would need to know more about the questions themselves and the person's background in the subject. Without that information, we cannot provide a clear and definitive answer.
9 in.
9 in
0405 in 3
135 in. 3
675 in 3
75 in. 3
Answer:
The answer is 135 in 3.
Step-by-step explanation:
To find the volume of a square pyramid, first you need to find the base and height. In this case,
a = 9
h = 5
Now we use the formula (1/3 a^2 h) To find the volume.
I will use )( To show numbers being multiplied, example: 3)(4 = 12
=1/3)(9 cm^2)(5 cm
=1/3)(81 cm)( 5 cm
= 135 in. 3
The correct answer is:
The conversion factor would be the number of blocks multiplied by the weight of 1 block.
Explanation:
Consider the following example:
Suppose 1 block weighs 3 pounds. If there are 15 blocks, to find the total weight of the blocks, we multiply 3 by 15: 3(15) = 45. This means the total weight would be 45 pounds.
For any given number of blocks and any given weight of 1 block, to find the total weight of the blocks we would multiply the number of blocks by the weight of 1 block.
Answer:
A'(6,8)
B'(6,2)
C'(2,2)
Step-by-step explanation:
You can find the vertices by finding the X and Y coordinates in the plane, after rotating it 180 degrees.
B. 3p + 11
C. –3p + 11
D. 3p + 7