WGU D335 Introduction to Programming in Python

WGU D335 Introduction to Programming
in Python Questions With Verified
Answers


CreateBaBsolutionBthatBacceptsBthreeBintegerBinputsBrepresentingBtheBnumberBofBtimesBanBemployee
BtravelsBtoBaBjobBsite.BOutputB theBtotalBdistanceB traveledBtoBtwoBdecimalBplacesBgivenBtheBfollowing
BmilesBperBemployeeBcommuteBtoBtheBjobBsite.BOutputBtheBtotalBdistanceBtraveledBtoBtwoBdecimalBp
lacesBgivenBtheBfollowingBmilesBperBemployeeBcommuteBtoBtheBjobBsite:

EmployeeBA:B15.62Bmiles

EmployeeBB:B41.85Bmiles

EmployeeBC:B32.67Bmiles

TheBsolutionBoutputBshouldBbeBinBtheBformat

Distance:Btotal_miles_traveledBmilesB-BAnswerB-BtravelsB=B{

"A":Bint(input()),

"B":Bint(input()),

"C":Bint(input())

}

miles_per_employeeB=B{"A":B15.62,B"B":41.85,B"C":B32.67}

total_miles_traveledB=Bsum(travels[employee]B*Bmiles_per_employee[employee]BforBemployeeBinBtra
vels)

print(f"Distance:B{total_miles_traveled:.2f}Bmiles")



CreateBaBsolutionBthatBacceptsBanBintegerBinputBrepresentingBanyBnumberBofBounces.BOutputBtheBco
nvertedBtotalBnumberBofBtons,Bpounds,BandBremainingBouncesBbasedBonBtheBinputBouncesBvalue.BTh
ereBareB16BouncesBinBaBpoundBandB2,000BpoundsBinBaBton.

TheBsolutionBoutputBshouldBbeBinBtheBformat

Tons:Bvalue_1BPounds:Bvalue_2BOunces:Bvalue_3B-BAnswerB-BouncesB=Bint(input())

value_1B=BouncesB//B(16B*B2000)

, value_2B=B(ouncesB%B(16B*B2000))B//B16

value_3B=BouncesB%B16

print(f"Tons:B{value_1}")

print(f"Pounds:B{value_2}")

print(f"Ounces:B{value_3}")



CreateBaBsolutionBthatBacceptsBanBintegerBinputBrepresentingBtheBindexBvalueBforBanyBanyBofBtheBfiv
eBelementsBinBtheBfollowingBlist:

various_data_typesB=B[516,B112.49,BTrue,B"meow",B("Western",B"Governors",B"University"),B{"apple":B
1,B"pear":B5}]

UsingBtheBbuilt-
inBfunctionBtype()BandBgettingBitsBnameBbyBusingBtheB.nameBattribute,BoutputBdataBtypeB(e.g.,Bint",B"
float",B"bool",B"str")BbasedBonBtheBinputBindexBvalueBofBtheBlistBelement.

TheBsolutionBoutputBshouldBbeBinBtheBformat

ElementBindex_value:Bdata_typeB-BAnswerB-Bindex_valueB=Bint(input())

data_typeB=Btype(various_data_types[index_value]).__name__

print(f"ElementB{index_value}:B{data_type}")



CreateBaBsolutionBthatBacceptsBanyBthreeBintegerBinputsBrepresentingBtheBbaseB(b1,Bb2)BandBheightB(
h)BmeasurementsBofBaBtrapezoidBinBmeters.BOutputBtheBexactBareaBofBtheBtrapezoidBinBsquareBmete
rsBasBaBfloatBvalue.BTheBexactBareaBofBaBtrapezoidBcanBbeBcalculatedBbyBfindingBtheBaverageBofBtheBt
woBbaseBmeasurements,BthenBmultiplyingBbyBtheBheightBmeasurement.

TrapezoidBAreaBFormula:AB=B[(b1B+Bb2)B/B2]B*Bh

TheBsolutionBoutputBshouldBbeBinBtheBformat

TrapezoidBarea:Barea_valueBsquareBmetersB-BAnswerB-Bb1B=Bint(input())

b2B=Bint(input())

hB=Bint(input())

area_valueB=Bfloat((b1B+Bb2)B/2)B*Bh

print(f"TrapezoidBarea:B{area_value}BsquareBmeters")



CreateBaBsolutionBthatBacceptsBfiveBintegerBinputs.BOutputBtheBsumBofBtheBfiveBinputsBthreeBtimes,Bc
onvertingBtheBinputsBtoBtheBrequestedBdataBtypeBpriorBtoBfindingBtheBsum.