c) The followingis a flow-chart to execute a certain programming task using the if-condition while the program calculates the square-root of an input number. i. Name this programming task. ii. Convert this flow-chart to another flow-chart that improves the task by using a while loop. start cin no cout "your no is negative", endl cout"Pls run again", endl, stop true no<0 false y=V(no) end

c) The followingis a flow-chart to execute a certain programming task using the if-condition while the program calculates the square-root of an input number. i. Name this programming task. ii. Convert this flow-chart to another flow-chart that improves the task by using a while loop. start cin no cout "your no is negative", endl cout"Pls run again", endl, stop true no<0 false y=V(no) end

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter8: I/o Streams And Data Files

Section8.2: Reading And Writing Character-based Files

Problem 1E

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Assume the RIMS environment for exercises below. Write C statements that set B to the reverse complement of A, such at B7 = ~A0, B6 = ~A1, etc. Rather than writing 8 assignment statements, instead write a for loop that makes use of the GetBit and SetBit functions.
(Numerical analysis) a. The following is an approximate conversion formula for converting Fahrenheit to Celsius temperatures: Celsius=(Fahrenheit30)/2 Using this formula, and starting with a Fahrenheit temperature of 0 degrees, write a C++ program that determines when the approximate equivalent Celsius temperature differs from the exact equivalent value by more than 4 degrees. (Hint: Use a while loop that terminates when the difference between approximate and exact Celsius equivalents exceeds 4 degrees.) b. Using the approximate Celsius conversion formula given in Exercise 8a, write a C++ program that produces a table of Fahrenheit temperatures, exact Celsius equivalent temperatures, approximate Celsius equivalent temperatures, and the difference between the exact and approximate equivalent Celsius values. The table should begin at 0 degrees Fahrenheit, use 2-degree Fahrenheit increments, and terminate when the difference between exact and approximate values is more than 4 degrees.
Using do- while code in c++The height, as a function of time t, of a projectile fired with an initial velocity v straight into the air is given by height = vt - 1/2 gt2 where g is the gravitational constant equal to 32.2 ft/sec2. Using the formulas, write a program that displays a table of heights for a projectile fired with an initial velocity of 500 ft/sec. The table should contain values corresponding to the time interval 0 to 10 seconds in increments of one-half seconds.
A) When will the ‘while’ loop be preferred over for loop? Mention the scenario and write the programme to demonstrate this. B) Pass your marks of CA-1, CA-2 and CA-3 of course INT102 to the function with header high (float *, float *, float*). Write a Function which should return the highest CA marks. marks of CA-1 is 30 marks of CA-2 is 24 marks of CA-3 is 20
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question: a. make the algorithm in the form of a flowchart with the complete algorithmic text! b. if the initial value of x is 13, the values displayed are ...
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