5 ** 2 = 259 * 5 = 4515 / 12 = 1.2512 / 15 = 0.815 // 12 = 112 // 15 = 05 % 2 = 19 % 5 = 415 % 12 = 312 % 15 = 126 % 6 = 00 % 7 = 0## solution ##
current_time_string = input("What is the current time (in hours)? ")
waiting_time_string = input("How many hours do you have to wait? ")
current_time_int = int(current_time_string)
waiting_time_int = int(waiting_time_string)
hours = current_time_int + waiting_time_int
timeofday = hours % 24
print(timeofday)
6 * 1 - 2 to change its value from 4 to -6.
P, assign to n the value 12, and assign to r the interest rate of 8% (0.08). Then have the program prompt the user for the number of years, t, that the money will be compounded for. Calculate and print the final amount after t years.## question 9 solution ##
P = 10000
n = 12
r = 0.08
t = int(input("Compound for how many years? "))
final = P * ( ((1 + (r/n)) ** (n * t)) )
print("The final amount after", t, "years is", final)
radius. Print a nice message back to the user with the answer.width and height. Print a nice message with the answer..## question 11 solution
width = int(input("Width? "))
height = int(input("Height? "))
area = width * height
print("The area of the rectangle is", area)
## solution ##
deg_c = int(input("What is the temperature in Celsius? "))
# formula to convert C to F is: (degrees Celcius) times (9/5) plus (32)
deg_f = deg_c * (9 / 5) + 32
print(deg_c, " degrees Celsius is", deg_f, " degrees Farenheit.")
deg_f. Calculate the equivalent temperature in degrees Celsius and store it in deg_c. Output a message to the user giving the temperature in Celsius.
