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4.14 Lab 04: Ultimate Tensile Strength Summary compute a metal's ultimate tensile strength for different temperatures Most metals weaken as temperature increases. The Ultimate Tensile Strength (UTS) of most metals is accurately predicted by the ollowing equation UTS# 1.0- (T/1000)"EXP where T is the current temperature (degrees Celsius) and EXP is a real number based on the type of metal. UTS is expressed as a value in the range 0.0 to 1.0, where 1.0 means the metal is at full strength, and 0.0 means the metal has no strength whatsoever. You can think of UTS as a percentage: 1.0-100%, and 0.0 0%. For example, a particular type of stainless steel has an EXP value of 20. When the temperature reaches 300 degrees (Celsius), this type of star less steel has a UTS of 0 91 or 91% Your assignment is to write a complete C++ program that inputs the EXP value for a particular metal (as a real number), and outputs the UTS for this metal starting at the temperature of 100 degrees (Celsius), and every 25 degrees thereafter. Stop after 1000 degrees. This implies you are computing the UTS for the temperatures 100, 125, 150, 175, 200, 225,250, 275, 00,325,975, 1000. Example given the following EXP value as inout 2.0 4.15 P04-01: Ultimate Tensile Strength, generalized NOTE There are two due dates for the assignment to allow for late submissions. The earliest due date on all Projects in these Zybooks is the actual due date (see syllabus if you ever have any doubts). The later due date on all Projects is for accepting late submissions (submissions submitted less than or equal to 24 hours after the actual due date) The lab exercise this week (FYI: you might want to wait to do "Lab 4before completing this, it will be released Wednesday after lecture was to write a program to compute and output Ultimate Tensile Strength (UTS) values for a range of temperatures: 100, 125, 150, 175,200, 225,250,275,300, 325,-975,1000 Recall that most metals weaken as temperature increases, and the UTS of most metals is accurately predicted by the following equation UTS-1.0-(T/1000) EXP where T is the current temperature (degrees Celsius) and EXP is a real number based on the type of metal UTS is expressed as a value in the range 0.0 to 1.0, where 1.0 means the metal is at full strength, and 0.0 means the metal has no strength whatsoever You can think of UTS as a percentage: 1.0-100% and 00-0 In this exercise you're going to write a program that inputs three values the EXP value for a particular metal (as a real number), the starting temperature T (real number), and the temperature increment I (real number). The program then computes and outputs the UTS for this metal starting at T degrees (Celsius), and every I degrees thereafter, stopping after 1000 degrees Example given the following inputs for EXP. T, and I, in this order 2.0 50.0 100.0 PIC.cOLLAGE
