Ask a New Question

Question

Find the instantaneous velocity and acceleration at the given time for the straight-line motion described by the equation: s= (t+2)^4- (t+2)^(-2) at t=1
Round to one decimal place.
12 years ago

Answers

Related Questions

Find the instantaneous velocity of a mass on a spring oscillating on a horizontal frictionless surfa... Find the instantaneous velocity of a pendulum at the instant when its bob is at the height equal to... Can the instantaneous velocity of an object at a given time instant be greater than the average velo... Velocity/instantaneous velocity question? In a demonstration a ball falls directly to the ground. W... How do I find the instantaneous acceleration of the earth orbiting the sun? Everything I am trying i... Find the instantaneous velocity, using limits, for the given value of t of an object moving accordin... Find the instantaneous velocity at x=6 if f(x)=radical 2x+4 Instantaneous velocity is Which one is right the velocity over an entire trip. the veloc... How to find the instantaneous rate of change of the volume of a cylinder with respect to its radius... glider's instantaneous velocity when it is halfway through a photogate in terms of time
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use