Question

The air in a typical bedroom consists of about 8.0 x 1026 atoms. Suppose a small fan is running, using 50 W. And suppose that there is no other transfer of energy, as work or heat, into or out of, the air in the room. By how much does the temperature of the room increase during 10 minutes of running the fan?

Name: the air in a typical bedroom consists of about 80 x 1026 atoms suppose a small fan is running using 50 w and suppose that there is no other transfer of energy as work or heat into or out of the air in
Uploaded: 2021-11-28T02:38:55-08:00
Duration: 3 min 1 s
Channel: Christopher Dzorkpata
Description: the air in a typical bedroom consists of about 80 x 1026 atoms suppose a small fan is running using 50 w and suppose that there is no other transfer of energy as work or heat into or out of the air in

          The air in a typical bedroom consists of about 8.0 x 1026 atoms.  Suppose a small fan is running, using 50 W. And suppose that  there is no other transfer of energy, as work or heat, into or out of,  the air in the room. By how much does the temperature of the  room increase during 10 minutes of running the fan?

Added by Kacia G.

College Physics: A Strategic Approach

Randall D. Knight, Brian Jones, Stuart… 4th Edition

Chapter 12

Instant Answer

Solved by Expert Christopher Dzorkpata

11/28/2021

Step 1

Given power = 50 W Time = 10 minutes = 600 seconds Heat = Power x Time Heat = 50 W x 600 s Heat = 30,000 J Show more…

Show all steps

Thanks for your feedback!

The air in a typical bedroom consists of about 8.0 x 1026 atoms. Suppose a small fan is running, using 50 W. And suppose that there is no other transfer of energy, as work or heat, into or out of, the air in the room. By how much does the temperature of the room increase during 10 minutes of running the fan?