2. Design a flowchart and a program for the following algorithm: input from the clerk the name of the customer, the current balance, and the amount of the deposit. Calculate a total which equals current balance plus the amount of the deposit. Use "if/elif" to carry out the following steps: If the total amount is greater than $50,000, print an interest rate of 5% and the new total after the interest rate is applied. If the total is not greater than $50,000 but is greater than $10,000, print an interest rate of 2% and the new total after the interest rate is applied. Otherwise print an interest rate of 1% and the new total after the interest rate is applied. 2.a Create the flowchart that describes the program: 2.b. Write the program code 2.c Test the logic by running the program 3 times, using totals that yield each of the three interest rates. Include in your HW PDF document screen shots of your flowchart and your program code file. Also include a screen shot of the output of your testing of the logic.

(General math) Write an assignment statement to calculate the area of a circle. The formula for determining the area, a, of a circle is a=r2, where r is the radius and =3.1416.

If int x = 10;, int y = 7;, double z = 4.5;, and double w = 2.5;, evaluate each of the following statements, if possible. If it is not possible, state the reason. (3, 4) (x + y) % x x % y + w (z - y) / w (y + z) % x (x % y) * z x % y % 2 (x + y) % z (x % y + z) / w

(Conversion) Blood pressure is the force of blood circulating against the inner wall of blood vessels. It’s measured by two numbers: a systolic number that measures the pressure when the heart is contracting and a diastolic number that measures the pressure when the heart is resting. Both pressures are typically measured in millimeters of mercury (mm Hg) and given assystolic/diastolic numbers, such as 122/88. The National Heart, Blood, and Lung Institute provides the following guidelines for normal and high blood pressure measurements. Complete the chart by converting the measurements to atm and psi units.

(Desk check) Determine the value in total after each of the following loops is executed: a.total=0;for( i=1;i=10;i=i+1)total=total+1;b.total=1;for( count=1;count=10;count=count+1)total=total2;c.total=0;for( i=10;i=15;i=i+1)total=total+i;d.total=50;for( i=1;i=10;i=i+1)total=totali;e.total=1;for( icnt=1;icnt=8;++icnt)total=totalicnt;f.total=1.0;for( j=1;j=5;++j)total=total/2.0;

(General math) Write an assignment statement to calculate the circumference of a circle having a radius of 3.3 inches. The formula for determining the circumference, c, of a circle is c=2r, where r is the radius and p equals 3.1416.

(Civil eng.) Write an assignment statement to determine the maximum bending moment, M, of a beam, given this formula: M=XW(LX)L X is the distance from the end of the beam that a weight, W, is placed. L is the length of the beam.

(General math) Modify the program written for Exercise 2 so that it accepts the x- and y-coordinates of two points. Have your program determine and display the midpoints of the two points (using the formula given in Exercise 2). Verify your program by using the following test data: Testdataset1:Point1=( 0,0)andPoint2=( 16,0)Testdataset2:Point1=( 0,0)andPoint2=( 0,16)Testdataset3:Point1=( 0,0)andPoint2=( 16,0)Testdataset4:Point1=( 0,0)andPoint2=( 0,16)Testdataset5:Point1=( 5,5)andPoint2=( 5,5) When you have finished your verification, use your program to complete the following chart:

(Physics) A golf ball is dropped from an airplane. The distance, d, the ball falls in t seconds is given by the formula d=gt2, where g is the acceleration caused by gravity and is equal to 32ft/sec2. Using this information, write and run a C++ program that displays the distance fallen in each 1-second interval for 10 seconds and the total distance the golf ball falls at the end of each interval. The output should complete the following chart

Numerical analysis) Given a number, n, and an approximation for its square root, a closer approximation of the actual square root can be found by using this formula: newapproximation=(n/previousapproximation)+previousapproximation2 Using this information, write a C++ program that prompts the user for a number and an initial guess at its square root. Using this input data, your program should calculate an approximation of the square root that’s accurate to 0.00001. (Hint: Stop the loop when the difference between the two approximations is less than 0.00001.)