Derive a formula for maximum elevation of jumper centre

Reference no: EM13338774

A jumper exectues a standing jump from a platform that is moving upwards with a constant speed Vp.

A) Derive a formula for the maximum elevation of the jumper's center of gravity in terms of the crouch depth, c, the equivalent force to weight ratio, Fequiv/W, the platform speed, Vp and other relevant parameters. The elevation of the center of gravity is to be measured with respect to a stationary frame of reference (i.e., not one attached to the platform).

B) If the crouch depth is 18 inches, the ratio Fequiv/W is equal to 2, and the platform speed is 5ft/s, compute the elevation of the center of gravity.

Reference no: EM13338774

Questions Cloud

Find the magnetic vector potential inside and outside a slab : Find the magnetic vector potential inside and outside a slab of thinkness 2a, extending infinitely in x and y directions. Use Coulomb's gauge. J= -J e^-abs(z)/a)

Find the capacitance that satisfies the design criteria : You're designing a speaker, and you want the tweeter to handle almost everything above 1100 Hz, and woofer to handle almost everything below Hz. Find the capacitance that satisfies the design criteria

Write a program to print the permutation : Given an integer n and a permutation of numbers 1, 2 ... , n-1, n write a program to print the permutation that lexicographically precedes the given input permutation.

Create a non-gui based java application : Create a non-GUI based Java application that calculates weekly pay for an employee. The application should display text that requests the user input the name of the employee.

Derive a formula for maximum elevation of jumper centre : Derive a formula for the maximum elevation of the jumper's center of gravity in terms of the crouch depth, c, the equivalent force to weight ratio, Fequiv/W, the platform speed, Vp and other relevant parameters.

What is the magnitude of the induced electric field : A long, thin solenoid has 950 turns per meter and radius 2.30 cm. Whats is the magnitude of the induced electric field at a point 0.530 cm from the axis of the solenoid

Find the speed of the new particle after the collision : In an elementary-particle experiment, a particle of mass m is red, with momentum mc, at a target particle of mass 2squrt (2m) . The two particles form a single new particle (completely inelastic collision).

An analysis report for ugg australia about bcg matrix : Make an analysis report for UGG Australia about BCG Matrix.

At which the pulses from ships c and a reach ship b : Draw a plot of ct vs x showing the positions of the three spaceships and of the light pulses vs. time, in Earth's frame. Find the times, according to the Earth frame, at which the pulses from ships C and A reach ship B.

User Account

All Pages