Answer:
A) -10°F
Step-by-step explanation:
Given that:
Boiling point of water gets affected when there is a change in the elevation.
Expression to represent the temperature i.e. boiling point w.r.to altitude 
is given by the equation:
Temperature in 
= 
Given that, the altitude, = 5,000 feet
To find:
The number of degrees Farenhite at which the boiling point of water will change.
Solution:
Here, we are given the expression:
Temperature in =
And value of altitude, = 5,000 feet
Let us put the value of in the equation and let us find the value of temperature in .
Temperature in =
Therefore, the answer is:
A) -10°F
<h3>
Answer: Diagram C</h3>
Reason: Any point in the shaded yellow region has an x coordinate larger than 1. Points on the dashed boundary line are not part of the solution set.
Answer: = 62.8 pounds of CO₂
Step-by-step explanation:
1 kilowatt per hour produces 0.99 pounds of C02.
The total wattage in hours used was;
= 7,043 * 9 hours
= 63,387 watts
In kilowatts;
= 63,387/1000
= 63.387 kilowatts
CO2 produced;
= 63.387 * 0.99
= 62.75313
= 62.8 pounds of CO2
64 cookies......12 broke......64 - 12 = 52 were perfect
24 more were baked.....all of them were perfect
total perfect cookies : 52 + 24 = 76 <==
Answer:
The width of the carpet is 12 inches and the length of the carpet is 120 inches.
Step-by-step explanation:
^We can distribute first^
Distributing would result in:
Then we would combine like terms, which would result in:
Then we solve the equation.
Since the width of the carpet is 12 (as we figured out). The statement said that "The length of the carpet is 108 inches more than the width."
So now we add 108 to 12 to figure out the length.
The length of the carpet is 120 inches.
