c++ coding

LAB #4 carefully cover all requirements below to avoid a repeat or very low grade. Save home all including emails with grades as proof/ Note due date from class, I Email subject G#-lab4. WARNING: Identical copies of lab work results in a O for all and even the originall GIVEN Electrostatic problem equations: Force, F between a small charged, Q, Sphere and a point test charge q separated by a distance, r, has been measured to be 1.6x102 Newtons. The Voltage, V, at a distance, r, from the small Sphere. The electric field, E, at the distance r from the small sphere. The Electric field, Ez, half way between the two charges Calculate the distance between them, r for known F! and then V, E and E, USE descriptive names for variables not physics abbreviations as above. Example, double Force, Voltage, etc F=kQq/r2 V=kQ/r E=F/q Ex=kQ/(r/2)2 +kq/(r/2)2 Be careful how you set up the math on the last one. 1.k= 9.2 x 10 Newtons meter 2 / Coulomb constant! Put before main()! . 2. values of known variables follow Q = 2.2 x 10-6 Coulombs, q = 1.2 x 10-6 Coulombs and F =1.6 x102 newtons, these only must be input by "cin" and input in scientific notation (e) and formulas calculate the rest like r, V, E and Ex. 3... r=? Meters setup solution as an equation r= ? From F=kQq/r2 And have the computer solve it. That is solve algebraically for r in this equation, Solve for r=? . 4.. V=? Unit is Newton-Meter/Coulomb or just Volt. ... E=? and E, = ? unit is Newton/Coulomb . 6. USE e scientific notation for constant k, before main(). 7. Use string variables to hold all the units and output them with calculated values. . 8. Hand Calculation on the lab exercise to check your answer. Attach results at end 9. Remember for full credit comments to yourself (/* & //)and for the user (descriptive output using cout, like cout