A 10V Fan With A Current Of 2A Is Turned On For 30 Seconds. Calculate The Energy Transferred In Joules.

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A 10V Fan With A Current Of 2A Is Turned On For 30 Seconds. Calculate The Energy Transferred In Joules.. Learn how to calculate the energy transferred by electrical work using different equations and formula triangles. A 10v fan with a current of 2a is turned on for 30 seconds.

A 10 V fan with a current of 2 A is turned on for 30 seconds. Calculate
A 10 V fan with a current of 2 A is turned on for 30 seconds. Calculate from www.numerade.com

A 10v fan with a current of 2a is turned on for 30 seconds. Voltage (v) = 10v, current (i) = 2a, time (t) = 30 seconds. Time, t = 30 s.

Learn How To Calculate The Energy Transferred By Electrical Work Using Different Equations And Formula Triangles.


A 10v fan with a current of 2a is turned on for 30 seconds. Find the answer to the question of how to calculate the energy transferred in joules by a 10v fan with a current of 2a in 30 seconds. Energy = voltage * current * time.

The Formula To Calculate Energy Transferred Is:


Then we will convert the time from. Time, t = 30 s. A 10v fan with a current of 2a is turned on for 30 seconds.

P = I 2 × R Where I Is The Current In Amperes And R Is The Resistance In Ohms.


[tex]e=i^2rt[/tex] ohm's law, v = ir, r = v/i [tex]e=i^2\times. A 10v fan with a current of 2a is turned on for 30 seconds. Voltage (v) = 10v, current (i) = 2a, time (t) = 30 seconds.

First, We Need To Calculate The Power Using The Formula:


Current, i = 2 a. Calculate the energy transferred in joules. See the formula and explanation for power and energy calculation.

See The Formula, The Steps And The Examples From.


See the formula, the answer and the. We need to find the energy transferred. Substitute the given values into the.

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