Answer:
def show_travel(time,speed):
print("Hour\tDistance Travelled\n")
print("-----\t----------\n");
for i in range(1,time+1):
res=i*speed
print('%d\t\t%.1f'%(i,res))
def main():
speed=int(input("What is the speed of the vehicle in mph: "))
while speed <= 0:
print("speed must be greater than zero \n")
speed=int(input("What is the speed of the vehicle in mph: "))
time=int(input("How many hours has it traveled: "))
while time <= 0:
print("time must be greater than zero \n")
time=int(input("How many hours has it traveled: "))
show_travel(time,speed)
if __name__== "__main__":
main()
The false statement about onStep is: B. The default number of steps per second is 30.
<h3>What is an onStep?</h3>
An onStep can be defined as a computerized telescope goto controller that is designed and developed to <u>animate shapes</u> while using it on a variety of mounting systems such as forks.
<h3>The characteristics of an onStep.</h3>
In Engineering, some of the characteristics that are associated with an onStep include the following:
- The onStep function can be called without user input.
- It can be used to animate shapes without user input.
- It only runs a certain number of times.
In conclusion, the default number of steps per second for onStep isn't 30.
Read more on onStep here: brainly.com/question/25619349
Answer:
a.
b.
c. Work out put = 564 KJ/kg
d.
Explanation:
Given that
Heat in put = 1000 KJ/kg
Compression ratio,r = 8
Process 1-2
Process 2-3
We know that for air
We know that efficiency of otto cycle
Work out put = 564 KJ/kg
So
Answer:
- The charge on the plates will increase with time
- The potential difference across the capacitor starts with zero and then increases gradually to a maximum value
- The current through the circuit starts high and then drops exponentially
Explanation:
<u>Case : An uncharged capacitor is connected to a resistor and a battery in a closed circuit.</u>
- The charge on the plates will increase with time
applying this equation : Q = as the value of (t) increases the value of Q increases i.e. charge on the plates
- The potential difference across the capacitor starts with zero and then increases gradually to a maximum value
applying this equation : V =
- The current through the circuit starts high and then drops exponentially
current : I =