Answer to Question #154526 in Classical Mechanics for Carlos

Classical Mechanics

Question #154526

An object whose mass is 0.05 kg is moving at a rate of 100 m/s. What force will be needed to stop the object in 0.14 s?

Expert's answer

"F=\\frac pt=\\frac{mv}{t}=\\frac{0.05\\cdot 100}{0.14}\u224835.7~N."

Learn more about our help with Assignments: Physics

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. A continuous aligned fibre-reinforced composite is produced containing 36% aramid fibres of tensile
2. Show the energy consideration of harmonic oscillator at any time t and show that the energy decreas
3. Use the table of specific heat capacities to solve this problem. A bar of aluminum is heated to 90.0
4. a 55kg student climbs 5.6m up a rope gym class at a constant speed of 1.6 m/s . Determine the power
5. A golf club with 70j of energy strikes a stationary golf ball with a mass of 48.0 g. The energy tran
6. 5. Explain the law of conservation of mass affects the kinetic and gravitational potentia energy of
7. 4. How much gravitational potential energy does a bird with a mass of 0.62 kg have it is 11.3 m in t