Answer:
It's a simple question. This swimming pool is basically a rectangular cuboid. Length x Width x Height = how much water it will hold.
Water = 1000000 feet^(3)
Step-by-step explanation:
1000 x 100 x 10 = 1000000 feet^(3)
or you could just converted to meters cube which should be 28316.85 (ish).
Leroi’s account
$100
After first deposit = $100+$10=$110
After second deposit= $110 + $10 = $120
Sylvia’s account
$100
10% of $100 is $10
After first deposit = $100+ $10 = $110
10% of $110 = $11
After second deposit = $110 + $11 = $121
Therefore after their first deposit, both will have the same value in their accounts.
But after the second deposit, Sylvia will have 1$ more in her account than Leroi.
An equation is said to have a constant of proportionality if 'x' is a multiple of 'y' or 'y' is a multiple of 'x'.
Now, we have to determine an equation with constant of proportionality as '1'.
1. 
This equation has constant of proportionality as '
'.
2. 
This equation has constant of proportionality as '
'.
3. 
This equation has constant of proportionality as '
'.
4. 
This equation has constant of proportionality as '1'.
Option D is the correct answer.
Use substitution
3x = 2(-6x + 18) + 14
3x = -12x + 36 + 14
3x = -12x + 50
15x = 50, x = 50/15 = 10/3
Solution: x = 10/3
Answer: CONFOUNDING VARIABLES
Step-by-step explanation: Confounding variables are
unexpected external factor that affects both variables of interest, confounding variables usually gives the false impression that changes in one variable leads to changes in the other variable, when, in Actual, it is the external factor that caused the change being investigated. Confounding variables usually leads to wrong conclusions during research and experiments and are capable of causing biased outcomes when the real cause and effect relationship is not determined.
