A particle moving under uniform acceleration

Assignment Help Physics

Reference no: EM13521212

The displacement, s, of a particle moving under uniform acceleration, a, is some function of the elapsed time, t, and acceleration, a. Suppose we write this displacement s=ka^mt^n, where k is dimentionless constant. Show by dimension analysis that this expression is satisfied if m=1 and n=2.

Reference no: EM13521212

Questions Cloud

What is the distance to the star system as measured : An astronaut leaves Earth in a spaceship at a speed of 0.280C relative to Earth. If the destination is a star system 12.5 light-years away as measured by an observer on Earth, what is the distance to the star system as measured by the astronaut..

What should arley price each cookie : Arley's Bakery makes fat-free cookies that cost $1.50 each. Arley expects 15% of the cookies to fall apart and be discarded. Arley wants a 45% markup on cost and produces 200 cookies. What should Arley price each cookie? Round to the nearest cent.

Find the average current supplied to the cars motor : A 0.954 kg toy car is powered by four AA batteries (6.00 V total) connected directly to a small DC motor. What is the average current supplied to the car's motor

Explain what was the decay rate : What was the decay rate (in Bq) of this 226Ra sample at the time is was isolated. Assuming this sample was not diluted of otherwise separated or altered,

A particle moving under uniform acceleration : The displacement, s, of a particle moving under uniform acceleration, a, is some function of the elapsed time,

Determine total amount of a delivery service product cost : Determine the total amount of a delivery service product costs and (b) period costs.

Thermal conductivity for the pine wood block : Thermal conductivity for the pine wood block is 0.81 Btu ft/hr ft2 ?.

Determine the electric field strength inside the wire : A current of 38.9mA flows in a silver wire of diameter 3.33 mm. Find the electric field strength inside the wire

Explain atp from one mole of glucose : Using the value of 7.3 kcal/mole for ATP, how many kcal are conserved as ATP from one mole of glucose in each of the following

User Account

All Pages