The answer is <span>unit sales + desired end inventory – beginning inventory. </span>The production budget figures the quantity units of items that must be fabricated and is gotten from a mix of the business estimate and the arranged measure of completed products stock to have close by.
I hope the answer will help you.
Answer:
Solve for f.
f(−4)=−3x+6
Step 1: Divide both sides by -4.
−4f/-4 = −3x+6/−4
f=3/4x + −3/2
Answer:
f= 3/4x + −3/2
If certain refrigerator requires 170 watts of electricity when it is running. It typically runs about 20 minutes per hour. The amount it cost to run this refrigerator for one year if the cost per kWh is $0.11 is: $53.856.
<h3>Cost</h3>
Given:
Electricity watts = 170 watts
Minutes run = 20 minutes
Cost per KWh =$0.11
Hence,
170 watts = 1.7×10^-1
20 min = 1/3 h
Now let calculate the cost of running the refrigerator for one year
1.7×10^-1 × 1/3 × 24 ×360 × $0.11
= $53.856
Therefore If certain refrigerator requires 170 watts of electricity when it is running. It typically runs about 20 minutes per hour. The amount it cost to run this refrigerator for one year if the cost per kWh is $0.11 is: $53.856.
Learn more about watts here: brainly.com/question/25781540
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Answer:
Right 3 and up 5
Step-by-step explanation:
Looking at the the vertex form of a quadratic, y = a(x – h)² + k, we know that,
- A +/- k-value translates the function up or down
- A + h-value translates the function left and a - h-value translates the function right
Our k-value is a positive 5 so that means we must translate the function up 5 units.
Our h-value is a negative 3 so that means we must take the opposite and translate the function right 3 units.
The answer is 31/35
Hope it helps!
