Question: Instructions: a) Use scanf function to accept the input from the user b) Use floating point inputs wherever possible c) Tabulate your results d) Need

Instructions: a) Use scanf function to accept the input from the user b) Use floating point inputs wherever possible c) Tabulate your results d) Need hard copy of (i) source code and (ii) output for each program. rite C programs to do the following 1. The kinetic energy on an object in motion is expressed as K = mv. where K= kinetic energy of an object, m = mass of object, v velocity of object. The work done by a force pushing on an object in the direction of the object's motion is W = Fs, where W= Work done by the force, F= force on the object, s = distance traveled by the object during the time the object is pushed For an object pushed horizontally from rest, K = W, so that F--mr. Assume that one person can push with the force of 0.8 kN and that we have a car of mass m = 1000 kg Write a program that can complete the following table Distance pushed (m Final velocity (m/sec No. of people required to push 10 10 20 Input specification: Prompt the user to enter the data from the keyboard Output specification: Print the completed table on the screen. Instructions: a) Use scanf function to accept the input from the user b) Use floating point inputs wherever possible c) Tabulate your results d) Need hard copy of (i) source code and (ii) output for each program. rite C programs to do the following 1. The kinetic energy on an object in motion is expressed as K = mv. where K= kinetic energy of an object, m = mass of object, v velocity of object. The work done by a force pushing on an object in the direction of the object's motion is W = Fs, where W= Work done by the force, F= force on the object, s = distance traveled by the object during the time the object is pushed For an object pushed horizontally from rest, K = W, so that F--mr. Assume that one person can push with the force of 0.8 kN and that we have a car of mass m = 1000 kg Write a program that can complete the following table Distance pushed (m Final velocity (m/sec No. of people required to push 10 10 20 Input specification: Prompt the user to enter the data from the keyboard Output specification: Print the completed table on the screen
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