If an electric oven has a resistance of 40 Ω when heating, what will be the current flowing through it when it’s connected to a110 V power line?

Question

If an electric oven has a resistance of 40 Ω when heating, what will be the current flowing through it when it’s connected to a110 V power line??  
A. 0.36 A  
B. 2.75 A  
C. 3.64 A  
D. 4.40 kA

Accepted Answer

Correct Answer: (B)2.75 A. 
Rationale: The oven has a current of 2.75 A flowing through it.To find the current in the circuit, we apply Ohm’s Law, which states that the current is the ratio of voltage to resistance. With the voltage of 110 V and a resistance of 40 Ω, we can calculate the current.To calculate the current flowing through the oven, we can use Ohm’s Law, which is given by:I= V/Rwhere:I is the current,V is the voltage (110 V),R is the resistance (40 Ω).Plugging in the values:I= 110V/40Ω =2.75 ATherefore, the current flowing through the oven is 2.75 A.A) 0.36 A:This value is too low and does not match the calculated current.B) 2.75 A:This is the correct value, as calculated using Ohm’s Law.C) 3.64 A:This value is too high compared to the calculated current of 2.75 A.D) 4.40 kA:This is an extremely large value for current, and is not relevant to this situation.Conclusion: The current flowing through the oven is 2.75 A, making B) 2.75 A the correct answer.

If an electric oven has a resistance of 40 Ω when heating, what will be the current flowing through it when it’s connected to a110 V power line?

A
0.36 A

B
2.75 A

C
3.64 A

D
4.40 kA

The oven has a current of 2.75 A flowing through it.

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Related Questions

If an electric oven has a resistance of 40 Ω when heating, what will be the current flowing through it when it’s connected to a110 V power line?

A 0.36 A B 2.75 A C 3.64 A D 4.40 kA

The oven has a current of 2.75 A flowing through it.

Topic Flashcards

Mini Quiz

Related Questions

A
0.36 A

B
2.75 A

C
3.64 A

D
4.40 kA