You have an LED night light without a photocell control with the following information: It draws 0.3 Watts continuously. It is always on--24 hours per day. Based on this information, we can now calculate the energy used by this nightlight in one year. For this problem we will assume a year to consist of 365 days. (It is not a leap year.) Calculate the energy used by this night light in one year.
You have an LED night light without a photocell control with the following information: It draws 0.3 Watts continuously. It is always on--24 hours per day. Based on this information, we can now calculate the energy used by this nightlight in one year. For this problem we will assume a year to consist of 365 days. (It is not a leap year.) Calculate the energy used by this night light in one year.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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You have an LED night light without a photocell control with the following information:
- It draws 0.3 Watts continuously.
- It is always on--24 hours per day.
Based on this information, we can now calculate the energy used by this nightlight in one year. For this problem we will assume a year to consist of 365 days. (It is not a leap year.)
Calculate the energy used by this night light in one year.
Group of answer choices
0.1095 kW-hrs
0.365 kW-hrs
0.003 kW-hrs
2.628 kW-hrs
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