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def computepay(h,r): | |
if h > 40: | |
p = 1.5 * r * (h - 40) + (40 *r) | |
else: | |
p = h * r | |
return p | |
hrs = input("Enter Hours:") | |
hr = float(hrs) | |
rphrs = input("Enter rate per hour:") | |
rphr = float(rphrs) | |
p = computepay(hr,rphr) | |
print(p) |
def computepay(h, r):
if h > 40.0:
p = (1.5 * r) * (h - 40.0) + (r * 40.0)
else:
p = r * h
return p
shrs = input('Enter Hours: ')
srate = input('Enter Rate: ')
try:
hours = float(shrs)
rate = float(srate)
except:
print('ERROR, please enter numeric input')
quit()
p = computepay(hours, rate)
print("Pay", p)
def computepay(hrs, rph):
if hrs > 40:
return(1.5rph(hrs-40)+(40rph))
elif hrs <= 40:
return(hrsrph)
hrs = input("Enter Hours:")
rph = input("rate per hour")
hr=float(hrs)
rp=float(rph)
p=computepay(hr,rp)
print("Pay",p)
For sure this will work out
def computepay(h,r):
if h>40:
reg=40r
otp=(h-40.0)1.5r
pay=reg+otp
else:
pay=hr
return pay
hrs =input ("Enter Hours:")
rate=input ("Enter Rate per Hour:")
fh= float(hrs)
fr= float(rate)
p = computepay(fh,fr)
print("Pay",p)
try:
def computepay(h, r):
if h>40:
reg=rh
otp=(h-40.0)(r*0.5)
xp=reg+otp
else:
xp=h+r
return xp
hrs = input("Enter Hours:")
h=float(hrs)
rt = input("Enter rate:")
r=float(rt)
p = computepay(h, r)
print("Pay", p)
except:
print ("bad value")
quit()
#The specific mnemonics are used intentionally
#Not sure multiplication symbol not updating
def computepay(parameter1,parameter2):
if parameter1<=40:
gpay=(argument1argument2)
elif parameter1>40:
gpay=((40argument2)+(argument1-40)(1.5argument2))
return gpay
argument=input("Enter the hours:")
rargument=input("Enter the rate:")
try :
argument1=float(argument)
argument2=float(rargument)
except :
error=("Please enter the numeric value")
print(error)
quit()
print("pay",computepay(argument1,argument2))