What is the main challenge faced by the rocket-launching company in preparing for human space travel?

The main challenge faced by the rocket-launching company is the repeated damage to a piece of electronic equipment due to vibrations during spacecraft launches. The equipment has been stored in a locker on the spacecraft, and the vibrations from the locker walls have caused damage.

Calculation of Tension in Wire for Rocket Launch

28 Sep 2022

Understanding the Forces Involved

Equipment Weight: The weight of the equipment can be calculated using the formula Fg = mg, where m is the mass and g is the acceleration due to gravity (9.8 m/sÂ²). In this case, the weight is 16.5 kg * 9.8 m/sÂ² = 161.7 N.

Rocket Acceleration: The acceleration of the rocket can be calculated using the kinematic equation d = 0.5atÂ². Given that the rocket reaches a height of 60.0 km in 26.5 s, the acceleration is approximately 179.9 m/sÂ².

Total Force: The total force, which represents the tension in the wire, is the sum of the weight of the equipment and the force due to the rocket's acceleration. The calculation yields a tension of 3135.2 N.

← A car s acceleration calculation problem A capacitor made from two hollow coaxial iron cylinders →

Understanding the Forces Involved

More Posts: