Answer: 60
Step-by-step explanation:
From the question, we are informed that 430 students were surveyed and 258 said that their favorite type of pet was a dog. The fraction/decimal of those that chose dog as their favorite pet will be:
= 258/430
= 3/5
= 0.6
Suppose that only 100 students were surveyed, the number of students that would say that a dog is their favorite types of pet will be:
= 0.6 × 100
= 60
Answer:
yellow I believe is the answer
We want to compute

The goal is to write it in the following form:

First step: How many "copies" of
does
contain? We can write
, so the answer is
copies.
If we distribute
to
, we get

If we were done, then this product would have matched the numerator at the start. But it doesn't; there are still some terms that need to vanish. In particular, we still have to account for

Second step: How many copies of
can we find in
? Well,
, so the answer is
. Then

but this still doesn't match the original numerator. We still have to deal with

Third step: How many copies of
can we get out of
?
. Then

This also doesn't match the original numerator. We have a difference between what we have and what we want of

But we also can't divide
into chunks of
, and we can't continue the division algorithm.
Our final answer would be

For the second problem, you should find

15.27 = 15.3
First you look at the hundreths place. Since it is greater than 5 you round up. If it was less than 5 you round down. So 15.27 rounded to the nearest tenth is 15.3
Answer: 15.3
Example: 27.23 = 27.2
32.58 = 32.6