Obtain how high does he go

Reference no: EM13527124

An Olympic long jumper is capable of jumping 8.5m .Assuming his horizontal speed is 9.5m/s as he leaves the ground, How high does he go? Assume that he lands standing upright-that is, the same way he left the ground?

Reference no: EM13527124

Questions Cloud

What ideal-gas temperature corresponds to a given pressure : A constant-volume gas thermometer reads 50.0 torr at the triple point of water. What ideal-gas temperature corresponds to a pressure of 678 torr

State what implication does the difference have on seabirds : Water is about 15% denser than oil. What implication does this difference have on seabirds and other animals that swim

Transporting lactose in against concentration gradient : The lactose permease transporter of E. coli can accumulate lactose inside the cell by transporting lactose in against a concentration gradient, driven by a co-transport process in which the same protein brings protons into the cell from a higher c..

Compute the molar concentration of the nitric acid solution : 12.50mL of 0.100mol/L NaOH is needed to neutralize 50.00 mL of anitric acid solution.Write a chemical equation for this reaction and calulate the molar concentration of the nitric acid solution

Obtain how high does he go : An Olympic long jumper is capable of jumping 8.5m .Assuming his horizontal speed is 9.5m/s as he leaves the ground, How high does he go

Design the new addressing scheme for the network : Strategy to upgrade the company's current infrastructure to support the new employees and recommend one strategy to create a high-performance network

What is the reciprocal of the linear dispersion : The specifications associated with a commercial spectrophotometer are: Diffraction grating with 600 groves per mm. What is the reciprocal of the linear dispersion

Explain reaction between p-aninophenol and acetic anhydride : In the reaction between p-aninophenol and acetic anhydride to form acetaminophen .45 ml of H20 was added. what was the purpose of adding the water

Determine the blaze angl : Determine the blaze angle if light of 395 nm impinges on a grating having a grove density of 1255 lines per mm

User Account

All Pages