200 flying insects she catch for her project .
<u>Step-by-step explanation:</u>
We have , Heather had to collect insects for her biology project. She was able to collect 225 total insects. She collected 8 times as many insects that could fly as insects that couldn't fly. That means insects ratio of non-fly to fly is 1:8 .
There are a total of 225 insects , and for every one non fly insect there are 8 fly insects , Let x be the number of insects that can't fly so:

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So , Number of fly insects = 8x = 8(25) = 200 . ∴ 200 flying insects she catch for her project .
Answer: sorry idk
Step-by-step explanation:
It’s a slim chance considering there’s a lot of cards in one dec
Answer:
25%
Step-by-step explanation:
The formula for finding change over time
P= N-O/O times 100
P= percent
N= new value (for this problem 40)
O= old value (for this problem 32)
100 to get the percentage
First, subtract 32 from 40 to get 8.
Then, divide 8 by 32 to get 0.25
Lastly multiply by 100 to get 25 which is your percentage of change
Answer:
12730000
Step-by-step explanation:
4.108 x 10^7 = 41080000
2.835 x 10^7 = 28350000
41080000 - 28350000