Obtain the time it takes for the car to stop

Reference no: EM13649532

A car moving 65 mph suddenly breaks and stops after travelingfor 50m. Find:

a) the acceleration of the car

b) the time it takes for the car to stop.

Reference no: EM13649532

Questions Cloud

What is the trains acceleration : a train starts from rest and increases its velocity with constantacceleration over a distance of 1 km, at which point its speed is10m/s. What is the train's acceleration

Equipotential surfaces associated with isolated point charge : The equipotential surfaces associated with an isolated point charge are:

How far behind the red car was the blue car : A red race car is traveling side by side a blue race car at aconstant speed of 130km/h. At this point the blue car decides tostop in the pits for a tire change. How far behind the red car was the blue car

Define the activation energy for the reaction energy : Using the following information to determine the activation energy for the reaction energy for the reaction shown here

Obtain the time it takes for the car to stop : A car moving 65 mph suddenly breaks and stops after travelingfor 50m. Find the time it takes for the car to stop

Magnitude directed due north would do same amount of work : As a sailboat sails 58.5 m due north, a breeze exerts a constant force F1 on the boats sails. This force isdirected at an angle west of due north. A force of F2 of the same magnitude directed due north would do the same amount of work on a sail boat..

How to compute the ph at the equivalence point : Calculate the pH at the equivalence point for the titration of .10 M NH3 by .10 M perchloric acid. pKb for NH3=4.74.

Design and describe a computer-based simulation model : Design and describe a computer-based simulation model

Explain what is the % caco3 in the sample : How many moles of CaCO3 (MM = 100.1 g/mole) can be in this sample if it is pure CaCO3. What is the % CaCO3 in this sample

User Account

All Pages