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QUIZIZZ TEJ3M - Prep for Final Exam Part 1

Total questions: 50

Worksheet time: 8hrs 20mins

Name
Class
Date
1.

What best describes "voltage drop" ?

a)

the voltage applied to a circuit

b)

the voltage flowing through a resistor

c)

the voltage used by a load

2.

What is the measuring device shown?

a)

bulb

b)

cell

c)

ammeter

d)

voltmeter

3.

If the current through A4 is 30 Amps and all of the lightbulbs have the same resistance, what is the current running through A2 when the switch is closed?

a)

10 A

b)

20 A

c)

30 A

d)

15 A

4.

If the current through A4 is 30 Amps and all of the lightbulbs have the same resistance, what is the current running through A1 when the switched is closed?

a)

10 A

b)

20 A

c)

30 A

d)

15 A

5.

If V1 = 20 Volts, then what is V2?

a)

10 V

b)

20 V

c)

5 V

d)

not enough information is given

6.

If A2 = 10 Amps and the resistance of R1 is twice the size of R2 , what is the current flowing through ammeter A1?

a)

10 A

b)

20 A

c)

30 A

d)

not enough information is given

7.

When the switched is closed, what is the current in mA running through ammeter A1 if the lightbulbs each have a resistance of 50 Ohms and the battery voltage is 10 Volts?

a)

67 mA

b)

15 mA

c)

200 mA

d)

150 mA

8.

If all the resistor values are the same, what is V3? (the voltage drop across R3)? Enter a number with no unit and no decimal point.

(a)  

9.

If the battery voltage is 20 Volts, what is the voltage drop across R2?d

a)

19.4 V

b)

10 Volts

c)

0 V

10.

In this circuit, the voltmeter acts like:

a)

a very small resistor so only a tiny amount of current goes through the meter

b)

a very large resistor so only a tiny amount of current goes through the meter

11.

An ammeter in a circuit acts like:

a)

very small resistor so the voltage drop is minimal across the meter

b)

very big resistor so the voltage drop is minimal across the meter

c)

very small resistor so the voltage drop is large across the meter

d)

very big resistor so the voltage drop is large across the meter

12.

In this circuit, the meter is connected correctly and will NOT impact the function of the circuit.

a)

True

b)

False

13.

If you use an 8 bit number for a PWM output with Arduino, what number would you use to produce a 2.5 Volt output?

a)

0

b)

127

c)

255

d)

1023

14.

If you use an 8 bit number for a PWM output with Arduino, what number would you use to produce a five volt output?

a)

0

b)

127

c)

255

d)

1023

15.

If you use 9 bits for a microcontroller input, how many voltage "steps" do you have? (ie bit depth) Count the bottom "step"as the first step.

(a)  

16.

16 to binary

a)

1000 0000

b)

0100 0000

c)

0010 0000

d)

0001 0000

17.

64 to binary

a)

1000 0000

b)

0100 0000

c)

0010 0000

d)

0001 0000

18.

When a resistor in a series circuit is replaced by another resistor with an decreased resistance value, the total circuit current will __________.

a)

stay the same

b)

decrease

c)

increase

d)

double in value

19.

15

a)

1100

b)

1101

c)

1110

d)

1111

20.
Convert 11001100 to decimal
a)
224
b)
134
c)
104
d)
204
21.

128 to binary

a)

1000 0000

b)

0100 0000

c)

0010 0000

d)

0001 0000

22.

If all the resistors have a resistor value of 300 Ohms, what is the total resistance measured from point A to point B?

a)

600 Ohms

b)

750 Ohms

c)

900 Ohms

d)

none of these

23.

Assume each lightbulb has a resistance of 40 Ohms. What is the total resistance in the circuit shown?

a)

40 Ohms

b)

60 Ohms

c)

120 Ohms

d)

none of these

24.

If all of the resistors have the same resistance and A2 = 4 Amps, what is the current running through A1?

a)

2 Amps

b)

4 Amps

c)

6 Amps

d)

none of these

25.

Name this port.

a)

VGA

b)

HDMI

c)

USB

d)

CRT

26.

This port is reversible and is known as the port of the future:

a)

USB C

b)

HDMI

c)

VGA

d)

parallel

27.

Which of the following is a VGA port?

a)
b)
c)
d)
28.
a)

Ethernet

b)

USB Type C

c)

Micro USB

d)

VGA

29.

What type of logic gate is this table showing?

a)

AND

b)

OR

c)

NOT

30.

How many different combinations of 1 and 0 are possible with 2 bits?

a)

2

b)

4

c)

6

d)

8

31.

How many different combinations of 1 and 0 are possible with 3 bits?

a)

2

b)

4

c)

6

d)

8

32.

If you use an 8 bit number for a PWM output with Arduino, what number would you use to produce a 2.5 Volt output?

a)

0

b)

127

c)

255

d)

1023

33.
What are these?
a)
Tower
b)
Motherboard
c)
Harddrive
d)
RAM memory
34.
Identify this computer part.
a)
CPU
b)
hard disk drive
c)
RAM module
d)
motherboard
35.
What does RAM stand for?
a)
Read All Memory
b)
Random Always Memory
c)
Read Access Memory
d)
Random Access Memory
36.
Which is true about power supply?
a)
A single PSU can supply 5 computer units
b)
It converts the main alternating current into low-voltage direct current.
c)
It has its own processor
d)
PSU's are all true rated
37.

Computer networks are made up of nodes.

a)

True

b)

False

38.

Home networks are more likely to use a...

a)

router

b)

switch

c)

hub

39.

Which of the following would normally be used to connect networks across different continents?

a)

Fibre optic cables

b)

Ethernet cables

c)

Wi-Fi

40.

What type of topology is this?

a)

Bus

b)

Line

c)

Ring

d)

Hybrid

41.

What is this?

a)

Switch

b)

Server

c)

Network Interface Card

d)

Network Cables

42.

Fibre Optic Cables are faster than Ethernet cables

a)

True

b)

False

43.

A company's Intranet that can be accessible to authorized users. (type in one word with no spaces)

(a)  

44.

Any delay that slows down or limits data transfer is called a : (one word with no spaces)

(a)  

45.

(a)   is the delay between a user's actions and a web application's response to that action. This is also called the total round trip time. (Enter one word with no spaces)

46.

The engineers of the Arduino UNO decided to use ____ bit(s) for a single analog input.

a)

1

b)

2

c)

8

d)

10

47.

The engineers of the Arduino UNO decided to use ____ bit(s) for a single PWM output.

a)

1

b)

2

c)

8

d)

10

48.

This circuit outputs a voltage (?????) when a pushbutton is pushed. If the voltage is sent to A0 on the Arduino, what value is can be seen in the serial monitor if you pressed SW3?

a)

0

b)

approx 341

c)

approx 511

d)

approx 682

49.

This circuit outputs a voltage (?????) when a pushbutton is pushed. If the voltage is sent to A0 on the Arduino, what value is can be seen in the serial monitor if you pressed SW2?

a)

0

b)

approx 341

c)

approx 511

d)

approx 682

50.

This circuit outputs a voltage (?????) when a pushbutton is pushed. If the voltage is sent to A0 on the Arduino, what value is can be seen in the serial monitor if you pressed SW1?

a)

0

b)

approx 341

c)

approx 511

d)

approx 682