Hannah dakota's experiment obtained reaction time data using a factorial design with two independent variables. she should use a
1 answer:
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Answer:
The correct answer is "0.73 A".
Explanation:
Given that:
Power,
P = 8.3 W
Voltage,
ΔV = 11.4 V
The current will be:
⇒
On substituting the values, we get
⇒
⇒
Answer:
In Python:
speedlimit = int(input("Speed Limit: "))
actualspeed = int(input("Actual Speed: "))
schoolzone = int(input("School Zone? (1 - Yes): "))
ticket = 75
difference = actualspeed - speedlimit
ticket += difference * 6
if difference > 30:
ticket += 160
if schoolzone == 1:
ticket*=2
print("Ticket: "+ticket)
Explanation:
See attachment for complete question:
The next three lines get the speed limit, actual speed and if the driver is in a school zone
<em>speedlimit = int(input("Speed Limit: "))</em>
<em>actualspeed = int(input("Actual Speed: "))</em>
<em>schoolzone = int(input("School Zone? (1 - Yes): "))</em>
This initializes the ticket amount to 75
ticket = 75
This calculates the difference in the speed limit and the actual speed. It is assumed that the actual speed will always be greater than the speed limit
difference = actualspeed - speedlimit
This calculates the new ticket by charging $6 on every additional speed
ticket += difference * 6
If the difference is greater than 30, this adds $160 to the ticket amount
<em>if difference > 30:</em>
<em> ticket += 160</em>
If in school zone, this doubles the ticket amount
<em>if schoolzone == 1:</em>
<em> ticket*=2</em>
This prints the calculated ticket amount
print("Ticket: "+ticket)
