The most appropriate answer is A, the the start winding on a split-phase motor is to provide a starting torque. A split-phase motor is a single phase electrical motor (common in many household applications such as washing machines and household fans), with two distinct windings on the stator coils, the start windings and the run windings, at 90 degrees apart. When the motor is energised the start coils acts like a second phase (2 phase motor) and helps provide the rotating magnetic field that is necessary to turn the rotor. Once moving, only the run winding (single phase) is required to keep the motor spinning.
The other answers are irrelevant for the starting of the motor.
Answer:
Computer system sharing, isolate users
Explanation:
Full virtualization is ideal for "Computer system sharing, isolate users." This is evident in the fact that Full virtualization is a technique in which data are shared between operating systems and their hosted software. This strategy is then carried out from the top of the virtual hardware.
Also, the full virtualization strategy in computer service requests is distinguished from the physical hardware that enables them.
Hence, in this case, the correct answer is "Computer system sharing, isolate users."
Answer:
Here is code in python .
#function to calculate miles traveled
# pass two parameter in the function "miles_per_hour" and "minutes_traveled"
def mph_and_minutes_to_miles(miles_per_hour, minutes_traveled):
# convert minutes to hours
hours_traveled = minutes_traveled / 60.0
#calculate total miles traveled
miles_traveled = hours_traveled * miles_per_hour
#return the value
return miles_traveled
#read input from user
miles_per_hour = float(input())
minutes_traveled = float(input())
#call the function and print the output
print('Miles: %f' % mph_and_minutes_to_miles(miles_per_hour, minutes_traveled))
Explanation:
Read the value of "miles_per_hour" and "minutes_traveled" from user. call the function mph_and_minutes_to_miles() with those two parameters.calculate total hours from the minutes_traveled by dividing it with 60. then calculate the total miles by multiply hours_traveled * miles_per_hour. then return the miles travelled.
Output:
20
150
Miles: 50.000000
