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FA - Electricity

Total questions: 15

Worksheet time: 15mins

Name
Class
Date
1.

Which of the following is the unit of electric current?

a)

Ampere (A)

b)

Coulomb (C)

c)

Ohms (Ω)

d)

Watts (W)

2.

What is the name for a circuit that has only one path for current to flow?

a)

Series circuit

b)

Parallel circuit

3.

Which of the following is the actual substance that flows through a circuit?

a)

Voltage

b)

Current

c)

Charge

d)

Resistance

4.

It is also known as electromotive force or potential difference.

a)

Power

b)

Energy

c)

Voltage

d)

Resistance

5.

In series circuit, electric CURRENT is the same at all points while in parallel circuit, _________________ is same across each branch or same wire.

a)

RESISTANCE

b)

POWER

c)

VOLTAGE

6.

Which of the following is the SI unit of POWER?

a)

Joules (J)

b)

Watts (W)

c)

Kilowatts (kW)

d)

Ohms (Ω)

7.

This is the negative charge of an atom.

a)

Neutron

b)

Electron

c)

Proton

8.

How to compute for ELECTRIC POWER?

a)

P = V x I

b)

P = I / V

c)

P = V / I

9.

1 horsepower = ___________________ Watts

a)

746 W

b)

764 W

c)

744 W

10.

It is part of a electrical circuit that provides the voltage needed to force current through the circuit. One example is our BATTERY or BATTERIES.

a)

Load

b)

Control Device

c)

Supply or Source

d)

Conductors

11.

If the total resistance in the circuit is 9 Ohms and its source has 4.5 V. How much amount of electric current is flowing through the wire?

a)

0.5 A

b)

0.4 A

c)

0.6 A

d)

1.5 A

12.

How much amount of force pushes the electrons through the circuit that has 2 batteries/supply?


1 battery = 1.5 V

(a)  

13.

A device is connected to a 330 V power supply line. If it draws a current of 0.5 A, calculate its power.

(a)  

14.

What kind of circuit is being described:

the current only takes one or single path for electrons?

a)

Series Circuit

b)

Parallel Circuit

15.

Check the statements that described parallel circuit.

a)

More than one path for current to flow

b)

Voltage is the same across each branch

c)

Voltage is reduced by each resistance – voltage drop

d)

Total resistance goes down