Estimate the amount of free fall time that would be

Assignment Help Mechanical Engineering

Reference no: EM13627172

A sky diver, weighing M Kg, jumps from a moving aircraft at X meters above the ground. He/She initially free-falls for a period of seconds then deploys a parachute to to allow him/her to land at a safe speed of under 6 m/s.

The sky diver uses a spread-eagle position during freefall that maximises their drag coefficient , Cd. (Cd based on frontal area of 0.5m2)

Full parachute deployment takes 5 seconds and during this period the drag coefficient of the parachute can be assumed to vary linearly between 0 and the final value needed for a safe descent speed.

Using whatever numerical techniques appropriate determine a velocity versus time graph of his/her descent. Estimate the amount of free fall time that would be possible that would still allow full deployment of the parachute and a safe landing. Ignore any initial horizontal velocity of the aircraft and wind or atmospheric turbulence conditions.

Reference no: EM13627172

Questions Cloud

A subway train is being designed for operation between two : a subway train is being designed for operation between two stations a and b which are 2 km apart. if the maximum

The top of a swimming pool is at ground level if the pool : the top of a swimming pool is at ground level. if the pool is 2.28 m deep how far below ground level does the bottom of

Air is blowing out of a fan with exit diameter d 05 m : air is blowing out of a fan with exit diameter d 0.5 m with uniform velocity v 100 ms static pressure p 100000 pa and

Halleys comet has a period of approximately 76 years and it : halleys comet has a period of approximately 76 years and it moves in an elliptical orbit in which its distance from the

Estimate the amount of free fall time that would be : a sky diver weighing m kg jumps from a moving aircraft at x meters above the ground. heshe initially free-falls for a

What is the velocity and the depth of the object at time 3 : an object is launched vertically down into an unknown liquid. the initial velocity is 60.0 ms. the drag causes the

A potential difference of v240 v is applied across two : a potential difference of v24.0 v is applied across two capacitors in parallel with capacitances 36.0 nf and 48.0 nf.

Calculate the flowrate throught this pipeline and nozzle : calculate the flowrate throught this pipeline and nozzle assuming no frictional energy losses i.e. ideal. calculate the

How strong is the magnetic field in t at a point midway : consider two long straight horizontal wires that are oriented so that they are perpendicular to each other. the two

User Account

All Pages