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.
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Answer:
The\ bank\ from\ yuris\ house\ is \frac{1}{3}\ miles.
Step-by-step explanation:
The\ store\ is\ \frac{5}{6}\ mile\ from\ yuri's\ house.
The\ bank\ is\ \frac{2}{5}\ the\ distance\ from\ yuri's\ house\ to\ the\ store.
Than
The\ bank\ from\ yuris\ house = \frac{2}{5}\times (distance\ from\ yuri's\ house\ to\ the\ store) }
The\ bank\ from\ yuris\ house = \frac{2\times 5}{5\times 6}
The\ bank\ from\ yuris\ house = \frac{10}{30}
The\ bank\ from\ yuris\ house = \frac{1}{3}\ miles
Therefore\ the\ bank\ from\ yuris\ house\ is \frac{1}{3}\ miles
Answer:20
Step-by-step explanation:
You take 203 and subtract 3 since you know you have 3 pieces left over you then divide 209 by 10 and get 20!!
Answer:
900cm^2
Step-by-step explanation:
24, 10, 30 in half= 12, 5, 15 so, 12*5*15=900cm^2
Answer:
$142006.50
Step-by-step explanation:
1350 * 105.19 = 142006.5
