Calculate the work done on the football

Reference no: EM13490805

You kick a 2.3 kilogram football straight into the air with a force of 50 Newtons. If your foot traveled 150 centimeters when kicking the ball calculate:

a) the work done on the football.

b) the initial speed of the football.

c) how high into the air the football rises.

Reference no: EM13490805

Questions Cloud

Find the maximum velocity of the boat traveling upstream : A river flows at a speed of 12m/s from north to south. A powerboat can move at a constant maximum speed of 23 m/s in still water. find the maximum velocity of the boat traveling upstream

Discuss the implications for auditors conducting audits : Outline the major revisions to the auditing standards and discuss their implications for auditors conducting audits. (Approx 1,000 words essay response)

Find the magnitude of the charge on each ball : Two 2.0-g pith balls hang in air on essentially weightless cotton threads 50-cm long from a common point of support. Find the magnitude of the charge on each ball

Express cash flow statements : Equipment was purchased on 1/1/13 for $20,000. Equipment has a five year life, no salvage value, and is depreciated using the straight-line method. The old equipment is being depreciated on the same basis.

Calculate the work done on the football : You kick a 2.3 kilogram football straight into the air with a force of 50 Newtons. If your foot traveled 150 centimeters when kicking the ball calculate the work done on the football

Explain how many grams of caffeine would recrystallize out : How many mL of boiling water would it take to dissolve 23g of caffeine? If the solution was cooled to 25?C, how many grams of caffeine would recrystallize out

What impulse is acting in the kickers foot : If a 0.34kg kickball is rolled towards a kicker at 8.1m/s and then is kicked at its velocity of -12.0m/s, what impulse is acting in the kickers foot

What is the maximum possible thermal efficiency : Each second, a nuclear power plant generates 2000 MJ of thermal energy from nuclear reactions in the reactor's core. What is the maximum possible thermal efficiency of the power plant

Explain at room temperature benzoic acid dissolves : At room temperature benzoic acid dissolves in the less polar solvent, ether, but not very much in the more polar solvent, water. However, the deprotonated species, the benzoate ion, dissolves in water but not ether

User Account

All Pages