When pushing a cart up a ramp, the cart mass (m) in kilograms, the force (F)...

   

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When pushing a cart up a ramp, the cart mass (m) in kilograms, the force (F) in Newtons, and the ramp angle can be defined using the formula: F=mxgx sin e Where g is 9.8 m/s. Write a program that prompts the user to enter m and the angle in degree and display the force required. Submit as Lab2_1.java. Sample run: Enter the mass of the cart in kilograms: 30 Enter the angle of the ramp in degrees: 15 The force needed is 76.09 Newtons. Activate Windows Go to Settings to activate Windows. When pushing a cart up a ramp, the cart mass (m) in kilograms, the force (F) in Newtons, and the ramp angle can be defined using the formula: F=mxgx sin e Where g is 9.8 m/s. Write a program that prompts the user to enter m and the angle in degree and display the force required. Submit as Lab2_1.java. Sample run: Enter the mass of the cart in kilograms: 30 Enter the angle of the ramp in degrees: 15 The force needed is 76.09 Newtons. Activate Windows Go to Settings to activate Windows.