If a TV of rating 100 W is operated for 6 hours per day, find the amount of energy consumed in any leap year.
Answers
Answered by
18
Power of the TV = 100 W = 0.1 kW.
Energy consumed per day = Power * Time
= 0.1 * 6 = 0.6 kWh.
Energy consumed in the leap year
= 0.6 * 366 days
= 219.6 kWh
Energy consumed per day = Power * Time
= 0.1 * 6 = 0.6 kWh.
Energy consumed in the leap year
= 0.6 * 366 days
= 219.6 kWh
Answered by
22
Hello friend
-------------------------------------------
Let's write the given..
So,
Power (P) = 100 W
which will be converted into kilowatt.
1 kW = 1000W
= 100/1000
= 0.1 kW
Time,(t) = 6 x 366 ......(leap year)
= 2196 hours.
We have to find,
Electric energy consumed
So,we know that,
Electric energy consumed = power x time
So now put the given values...
Electric energy consumed = 0.1 x 2196
= 219.6 kWh
Therefore,the amount of energy consumed is 219.6 kWh.
Thanks.
-------------------------------------------
Let's write the given..
So,
Power (P) = 100 W
which will be converted into kilowatt.
1 kW = 1000W
= 100/1000
= 0.1 kW
Time,(t) = 6 x 366 ......(leap year)
= 2196 hours.
We have to find,
Electric energy consumed
So,we know that,
Electric energy consumed = power x time
So now put the given values...
Electric energy consumed = 0.1 x 2196
= 219.6 kWh
Therefore,the amount of energy consumed is 219.6 kWh.
Thanks.
dhruvsh:
great answer!!!!!!
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