Answer:
The dependent variable is h and the independent variable is t
Step-by-step explanation:
Given
Required
The dependent and the independent variable
The 
is the whose value 
on another.
In the above equation, the height (h) depends on time (t) for its value
Hence,
The 
is h and the 
is t
Answer:
$58,000
Step-by-step explanation:
To solve this problem we first find cost of 1 blouse
then find cost of 2000 blouses.
cost of 1900 blouses = $55,100
to find cost of 1 blouse , divide both LHS and RHS by 1900
cost of 1900/1900 blouses = $55,100/1900 = $29
cost of 1 blouse = $29
to find cost of 2000 blouses, multiply both side by 2000
cost of 1*2000 blouse = $29*2000 = $58,000
Thus, cost of 2000 blouses will be $58,000.
Answer:
Step-by-step explanation:
density is weight divided by volume. And the volume of a log is like a cylinder.
V=hpi(r^2) in this case
V=25(30)pi=750pi so
d=(42.63)/(750pi)
d=0.018 lb/in^3
Answer:
$14.85
Step-by-step explanation:
The amount she took out was $45.00 - $30.15 = $14.85
Answer:
The correct answer is:
c. Time is an exponent while the other units are factors.
Explanation:
In the compound interest formula, time is the exponent.
Since it is the exponent, this tells us how many times the base is multiplied by itself. As such, it has a larger effect on the answer than any other piece of the equation.
