Lab: Circuit Design Answers

21 verified answers
106140
Free Preview

Throughout the reflection, make sure you have a copy of the Student Guide and your data tables. Use the drop-down menus to complete the statements.

Answers:
In Hypothesis #1, the was intentionally manipulated as the independent variable.:voltage
In Hypothesis #2, the was intentionally manipulated as the independent variable.:resistance
The dependent variable measured in both cases was the .:current
106141

voltagecurrent✔ resistance

A
voltage
B
current
C
✔ resistance
106142

voltageresistance✔ current

A
voltage
B
resistance
C
✔ current
106143

According to Ohm’s law, determine the calculated current for these values in Table A.

Answers:
voltage = 5 V, resistance = 20 Ω: A:0.25
voltage = 20 V, resistance = 20 Ω: A:1.0
voltage = 50 V, resistance = 20 Ω: A:2.5
106144

0.010.10✔ 1.010

A
0.01
B
0.10
C
✔ 1.0
D
10
106145

25025✔ 2.50.25

A
250
B
25
C
✔ 2.5
D
0.25
106146

0.02✔ 0.252.525

A
0.02
B
✔ 0.25
C
2.5
D
25
106147

0.010.10✔ 1.010

A
0.01
B
0.10
C
✔ 1.0
D
10
106148

25025✔ 2.50.25

A
250
B
25
C
✔ 2.5
D
0.25
106149

Examine Table B then read the statement and choose the best responses.

Answers:
As the resistance increased under 25 V, the current . Compared to calculated currents, experimental currents proved to be . Currents varied proportionally according to resistance: 10 Ω of resistance p:the same
As the resistance increased under 25 V, the current . Compared to calculated currents, experimental currents proved to be . Currents varied proportionally according to resistance: 10 Ω of resistance p:2.5
As the resistance increased under 25 V, the current . Compared to calculated currents, experimental currents proved to be . Currents varied proportionally according to resistance: 10 Ω of resistance p:0.25
106150

lower✔ the samehigher

A
lower
B
✔ the same
C
higher
106151

0.2510020✔ 2.5

A
0.25
B
100
C
20
D
✔ 2.5
106152

✔ 0.25100202.5

A
✔ 0.25
B
100
C
20
D
2.5
106156

increasesdecreasesstays the same

A
increases
B
decreases
C
stays the same
106157

direct proportionalityindirect proportionalityinverse proportionality

A
direct proportionality
B
indirect proportionality
C
inverse proportionality
106158

0.5 A1 A5 A2 A

A
0.5 A
B
1 A
C
5 A
D
2 A

Did you find these answers helpful?

Lab: Circuit Design Answers — Crowley Credit…