How could I modify this program so that I can include the try statement with the except clause to make sure that the user uses number and not a character? Comment that part out too with explanation please OID 习t小i=a O1+v→<印印O def getInput (): #Defined the getInput functionh=int (input("Enter the initial height of the ball:")) #Prompts user to enter a integer for the initial height of the ball and stores it in h whichv=int(input("Enter the initial velocity of the ball:"))#Prompts user to enter a integer for the initial velocity of the ball and stores it in v whiisValid(h,v)#Called isValid() function with two arguments h and v20def isvalid(h,v): #Defined the isValid function with two arguments like h and vif(h<=0): #Checks the condition. If height is <=0, the condition matches and the below line is executedprint("Make sure your velocity and height is a positive number") #Disploys not a positive number if height and velocity is (=0else: #Execute this block if the condition above doesn'height= maximumHeight(h,v) #Execute this Line if the condition doesn't metch. Called maximumHeight function with two parameters h and v and storprint("The maximum height of the ball is", height,"feet.") #Displayed and returns the value by maximumHeight functiontime=approxTime (h, v)#Called approxTime with two parameters passing and stored the result which is returned by the approxTimeprint("The ball wili hit the ground after approximately", round (time, 2, "beconds.") #Displays the returned value from the approxTime functionmatchE def maximumHeight (h, v): #Defined maximumHeight function with two arguments which is passed through called functionst=(v/32) #Divide velocity by 32 to get the timemaxHeight= h+(v*t)-(16 (t*t)) #calculates the maxtleight with the formulareturn maxHeight #return the value to the called function4E def approxTime(h, v): #Defined approxTime function with two arguments ofh and vt=0 #Initiolize time with eheight=h+(v*t)-16*(t*t) #calculate height with the height formula and stored in heightwhile height >=0: #Loop defined executes until condition is matched+= 0.01 fadded time(t) with time(t) and stored in time(t)height=h+(v*t)-16* (t*t) #calculate height with the formula and stores the result in height. If height is >=0, Loop wilL breakreturn tgetInput () #Calls the getInput () functionProgram Quiz 2.py x1:5pall:3423.0625 feet.approximately 2 seconds.ed11:5hall:34%23 Write a program to provide information on the height of a ball thrownstraight up into the air. The program should request as input the initialheight, h feet, and the initial velocity, v feet per second. The height of theball after t seconds is, in feet:h+ vt – 161²The program should perform the following two calculations:1. Determine the maximum height of the ball. Note: The ball will reach itsmaximum height after v/32 seconds.2. Determine the approximately when the ball will hit the ground. Hint:Calculate the height after every 0.01 second and determine when theheight is not longer a positive number.A function named getlnput should be used to obtain the values of h and vand that function should call a function named isValid to ensure that theinput values are positive numbers. Each of the tasks 1 and 2 should becarried out by functions. Also within one of your function you must usethe return feature (you can use this feature in all functions if you want aswell). Below is example of the inputs and outputs that you could get:Enter the initial height of the ball: 5Enter the initial velocity of the ball: 34The maximum height of the ball is 23.06 feet.The ball will hit the ground after approximately 2.27 seconds.

Answered: Write a program to provide information…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

See similar textbooks

Related questions

Question

How could I modify this program so that I can include the try statement with the except clause to make sure that the user uses number and not a character? Comment that part out too with explanation please

OID 习t小i=a O
1+v→<印印
O def getInput (): #Defined the getInput function
h=int (input("Enter the initial height of the ball:")) #Prompts user to enter a integer for the initial height of the ball and stores it in h which
v=int(input("Enter the initial velocity of the ball:"))#Prompts user to enter a integer for the initial velocity of the ball and stores it in v whi
isValid(h,v)#Called isValid() function with two arguments h and v
20
def isvalid(h,v): #Defined the isValid function with two arguments like h and v
if(h<=0): #Checks the condition. If height is <=0, the condition matches and the below line is executed
print("Make sure your velocity and height is a positive number") #Disploys not a positive number if height and velocity is (=0
else: #Execute this block if the condition above doesn'
height= maximumHeight(h,v) #Execute this Line if the condition doesn't metch. Called maximumHeight function with two parameters h and v and stor
print("The maximum height of the ball is", height,"feet.") #Displayed and returns the value by maximumHeight function
time=approxTime (h, v)#Called approxTime with two parameters passing and stored the result which is returned by the approxTime
print("The ball wili hit the ground after approximately", round (time, 2, "beconds.") #Displays the returned value from the approxTime function
match
E def maximumHeight (h, v): #Defined maximumHeight function with two arguments which is passed through called functions
t=(v/32) #Divide velocity by 32 to get the time
maxHeight= h+(v*t)-(16 (t*t)) #calculates the maxtleight with the formula
return maxHeight #return the value to the called function
4E def approxTime(h, v): #Defined approxTime function with two arguments ofh and v
t=0 #Initiolize time with e
height=h+(v*t)-16*(t*t) #calculate height with the height formula and stored in height
while height >=0: #Loop defined executes until condition is matched
+= 0.01 fadded time(t) with time(t) and stored in time(t)
height=h+(v*t)-16* (t*t) #calculate height with the formula and stores the result in height. If height is >=0, Loop wilL break
return t
getInput () #Calls the getInput () function
Program Quiz 2.py x
1:5
pall:34
23.0625 feet.
approximately 2 seconds.
ed
11:5
hall:34
%23

Write a program to provide information on the height of a ball thrown
straight up into the air. The program should request as input the initial
height, h feet, and the initial velocity, v feet per second. The height of the
ball after t seconds is, in feet:
h+ vt – 161²
The program should perform the following two calculations:
1. Determine the maximum height of the ball. Note: The ball will reach its
maximum height after v/32 seconds.
2. Determine the approximately when the ball will hit the ground. Hint:
Calculate the height after every 0.01 second and determine when the
height is not longer a positive number.
A function named getlnput should be used to obtain the values of h and v
and that function should call a function named isValid to ensure that the
input values are positive numbers. Each of the tasks 1 and 2 should be
carried out by functions. Also within one of your function you must use
the return feature (you can use this feature in all functions if you want as
well). Below is example of the inputs and outputs that you could get:
Enter the initial height of the ball: 5
Enter the initial velocity of the ball: 34
The maximum height of the ball is 23.06 feet.
The ball will hit the ground after approximately 2.27 seconds.

Expert Solution

Step 1

def main():
h = 0
v = 0
getInput(h, v)

def getInput(h, v):
h = eval(input("Enter the initial height of the ball: "))
v = eval(input("Enter the initial velocity of the ball: "))
isValid(h,v)

def isValid(h,v):
if ((h<= 0) or (v <= 0)):
print("Please enter positive values")
getInput(h,v)

else:
maxHeight(h,v)

def maxHeight(h,v):
t = (v/32)
maxH = (h + (v*h) - (16*t*t))
print("The maximum height of the ball is", maxH, "feet.")
ballTime(h,v)

def ballTime(h,v):

ballHeight = (h + (v*t) - (16*t*t))
while (ballHeight >= 0):
t += 0.1

print("The ball will hit the ground after approximately", t, "seconds.")

main()