Find the avg force that his legs have to exert to stop him

Assignment Help Physics

Reference no: EM13490905

a 125 lb person falls from height of 10 ft. he bends his legs so that he comes to a stop over a distance of 2 ft (still moving downward over that distance). What is the avg. force that his legs have to exert to stop him?

Reference no: EM13490905

Questions Cloud

Explain how aquatic photosynthetic organisms : Describe how aquatic photosynthetic organisms can cause daily variations in dissolved oxygen levels, and may cause the in situ formation of colloids and how this leads to formation of limestone deposits in aquatic systems.

Prepare to practice in public and private accounting : Develop a thorough understanding of accounting standards and principles and fulfill the core accounting educational requirement to sit for the CPA exam prepare to practice in public and private accounting position.

Explain a technician in a large pharmaceutical research firm : As a technician in a large pharmaceutical research firm, you need to produce 300. of 1.00 potassium phosphate buffer solution of = 7.11. The of is 7.21. You have the following supplies: 2.00 of 1.00 stock solution

Explain cell and a barely detectable transmittance : Assuming a 1.0 cm cell and a barely detectable transmittance of 99.1%, what is a reasonable lower concentration limit that one could detect of this complex ( in both mol/L and g/L)

Find the avg force that his legs have to exert to stop him : a 125 lb person falls from height of 10 ft. he bends his legs so that he comes to a stop over a distance of 2 ft, What is the avg. force that his legs have to exert to stop him

State an oxidation equation for the left half cell : Write an Oxidation equation for the left half cell and a reduction equation for the right half cell. Write a balanced equation for the net cell reaction.

Determine the volume of the interior of the house : A house is 48.9 ft long and 29.7 ft wide, and has 7.71 ft high ceilings. What is the volume of the interior of the house in cubic centimeters

Explain a hydrocarbon compound is burned in excess : If 50.0 g of CO2 (g) and 12.0g H2O (g) are formed when a hydrocarbon compound is burned in excess O2. What is the mass

Explain the main component of the first eluting peak : What is the main component of the first eluting peak and what percentage of the total absorbance at 300nm is due to this component?(assuming the light path- length = 1.0 cm)

User Account

All Pages