Free Printable G10 resistor calculations (series and parallel)

1.

What is the equivalent resistance of this circuit of 3 resistors?

a)

3 k $\Omega$

b)

6 k $\Omega$

c)

18 k $\Omega$

d)

12 k $\Omega$

e)

5 k $\Omega$

2.

What is the equivalent resistance of this circuit of 3 resistors?

a)

10 $\Omega$

b)

12 $\Omega$

c)

18 $\Omega$

d)

30 $\Omega$

e)

22 $\Omega$

3.

What is the equivalent resistance of this circuit of 3 resistors?

a)

10 $\Omega$

b)

12 $\Omega$

c)

28 $\Omega$

d)

30 $\Omega$

e)

22 $\Omega$

4.

What is the equivalent resistance of this circuit of 3 resistors?

a)

10 $\Omega$

b)

12 $\Omega$

c)

18 $\Omega$

d)

20 $\Omega$

e)

14 $\Omega$

5.

What is the equivalent resistance of this circuit of 3 resistors?

a)

6 $\Omega$

b)

18 $\Omega$

c)

4 $\Omega$

d)

2 $\Omega$

e)

12 $\Omega$

6.

What is the equivalent resistance of this circuit of 3 resistors?

a)

6 $\Omega$

b)

1 $\Omega$

c)

4 $\Omega$

d)

2 $\Omega$

e)

0.5 $\Omega$

7.

What is the equivalent resistance of this circuit of 2 resistors?

a)

6.7 $\Omega$

b)

1.3 $\Omega$ ,

c)

4.5 $\Omega$

d)

0.75 $\Omega$

e)

6 $\Omega$

8.

What is the equivalent resistance of this circuit of resistors?

a)

4 $\Omega$

b)

2 $\Omega$ ,

c)

8 $\Omega$

d)

0.5 $\Omega$

e)

1 $\Omega$

9.

What is the equivalent resistance here? (in Ohms)

(a)

10.

What is the equivalent resistance here? (in Ohms)

(a)

G10 resistor calculations (series and parallel)

Total questions: 10

Worksheet time: 6mins

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