a) The tollowing C++ program executes infinitely. Identify the statements which are causing this program to run infinitely, correct the program to stop infinite execution of this program, and to display the incremented positive numbers and write the program output. #include using namespace std; int main(void) { int Positive_Number = 50; int Number_Incerement = 25; int iterator = 45; int incerementer = 1; while(iterator < Positive_Number) { %3D Number_Incerement += Positive_Number; cout<<"Positive Number " <

a) The tollowing C++ program executes infinitely. Identify the statements which are causing this program to run infinitely, correct the program to stop infinite execution of this program, and to display the incremented positive numbers and write the program output. #include using namespace std; int main(void) { int Positive_Number = 50; int Number_Incerement = 25; int iterator = 45; int incerementer = 1; while(iterator < Positive_Number) { %3D Number_Incerement += Positive_Number; cout<<"Positive Number " <

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter2: Basic Elements Of C++

Section: Chapter Questions

Problem 5PE

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(Electrical eng.) The amplification of electronic circuits is measured in units of decibels, which is calculated as the following: 10LOG(Po/Pi) Po is the power of the output signal, and Pi is the power of the input signal. Using this formula, write, compile, and run a C++ program to calculate and display the decibel amplification, in which the output power is 50 times the input power. Verify your program’s result by doing a hand calculation. After verifying that your program is working correctly, use it to determine the amplification of a circuit, where output power is 4.639 watts and input power is 1 watt.
(Hydraulics) a. Design, write, compile, and run a C++ program that calculates and displays the velocity of water flowing out of the tube shown in Figure 2.19. The velocity of water flowing into the tube is 1 ft/sec, the input tube radius is 0.75 in, and the output tube radius is 0.5 in. The output velocity is given by this formula: vout=vin( r in r out )2 v outistheoutputvelocity.v inistheinputvelocity.routistheradiusoftheoutputtube.r inistheradiusoftheinputtube. b. Manually check the values computed by your program. After verifying that your program is working correctly, modify it to determine the output velocity for a tube having an input radius of 1 in and an output radius of .75 in, when water is flowing into the tube at a rate of 1.5 ft/sec.
(Biology) The number of bacteria, B, in a culture that’s subject to refrigeration can be approximated by this formula: B=300000e0.032t e is Euler’s number 2.71828 (rounded to five decimal places). t is the time in hours the culture has been refrigerated. Using this formula, write, compile, and run a C++ program that prompts the user for a value of time, calculates the number of bacteria in the culture, and displays the result. For testing purposes, check your program by using a test input of 10 hours. After verifying your program, use it to determine the number of bacteria in the culture after 12, 18, 24, 36, 48, and 72 hours.
(General math) a. A balance has the following weights: 100 lb, 50 lb, 10 lb, 5 lb, and 1 lb. The number of 100 lb and 50 lb weights required to weigh an object weighing WEIGHT pounds can be calculated by using the following C++ statements: //Determinethenumberof100lbweightsw100=int( WEIGHT/100)//Determinethenumberof50lbweightsw50=int( ( WEIGHTw100100 )/50) Using these statements as a starting point, write a C++ program that calculates the number of each type of weight needed to weigh a 789 lb object. b. Without compiling or running your program, manually check the effect of each statement in the program and determine what’s stored in each variable as each statement is encountered. c. After verifying that your algorithm works correctly, compile and run your program. Verify that the results your program produces are correct. After verifying that your program is working correctly, use it to determine the weights required to weigh a 626 lb object.
Question 05 Write C# programs to convert the following equations into corresponding C# statements (values of variables should be inputted by the user).
This question is c programing question. Please use the functions for solving. Code the C program that prints the longest and shortest 5 lengths of the students according to the height of a 30-people entered . (This program prints the longest and the shortest 5 height of 30 to the screen.)
Using C++; Define a struct, fruitType, to store the following data about a fruit: Fruit name (string), color (string), fat (int), sugar (int), and carbohydrate (int). Write a program that declares a variable of type fruitType, prompts the user to input data about a fruit, and outputs the fruit data.
Write a C statement to accomplish each of the following tasks.a) Define variables sum and x to be of type int.
C++ Please give a similar example as the previous example in photos (language C++) -Provide a hand-tracing example based off this previous example in the book Big C++ that tests the program like the previous example in the photos. Make sure it’s similar but not the same. -Use a simple program using 2 variables that require user input with 2 constants that are initialized upon declaration, and either a decision or repetition control structure the program uses to control the flow of logic. Thank you :) I will give a rating!
QUESTION 2 Construct a C code to compute, to display the sum of five (5) integer numbers and determine the biggest and smallest number. (*apply appropriate library/header.)
(Hydraulics) a. Write, compile, and run a C++ program to calculate the horizontal force exerted on the T-connector pipe shown in Figure 2.16 when the mass flow rate is 1.5 kg/s, and the fluid’s velocity entering the T-connector is 3 m/s. The formula for determining this force is as follows: Fh=MfvFhisthehorizontalforce(N).Mfisthemassflowrate( kg/s).visthevelocity( m/s)ofthefluidenteringthepipe. Your program should produce the following display (replacing the xxxx with the actual force value your program calculates): The horizontal force, in Newtons, is xxxx b. Manually check the values computed by your program. After verifying that your program is working correctly, modify it to calculate the force exerted when the mass flow rate is 2.3 kg/s, and the velocity of the fluid entering the pipe is 4.25 m/s.
(Acoustics) The loudness of a sound is measured in units of decibels and is calculated as shown: 10LOG(SL/RL) SL is the intensity of the sound being measured. RL is a reference sound-intensity level. Using this formula, write a C++ program that calculates and displays the decibel loudness of a busy street having a sound intensity of 10,000,000 RL. Verify your program’s result by doing a hand calculation. After verifying that your program is working correctly, use it to determine the sound level in decibels of the following sounds: a.Awhisperatsoundintensity200RLb.Arockbandplayingatsoundintensity1,000,000,000,000RLc.Anairplanetakingoffatsoundintensity100,000,000,000,000RL