Find the particles position as a function of t

Reference no: EM131015588

At time t=o a particle departs the point (1,2,3) with velocity v(0)=2i+j. Suppose it's acceleration is a(t)=(3cost)i - (3sint)j + 4k

(A) Find the particles position as a function of t

(B) Find the length of the particles path from time t=0 to t=2.

Reference no: EM131015588

Questions Cloud

Cost of a capital component rises : 1. A firm must earn the marginal cost of capital on new investments if it is to meet the return requirements of all investors.

Determine the net output work for the engine : An Otto cycle represents how an internal combustion engine works. The compression ratio of the Otto cycle shown is VA/VB = 8.00. At the beginning (state A) of the compression process, 500 cm3 of gas is at 100 kPa and 20.0oC. At the beginning of th..

How do these shows change or reinforce wedding cake model : How do you think the media influences the public's perception of the criminal justice system? How do these shows change or reinforce the wedding cake model

Find the average velocity of the tomato : Find the average velocity of the tomato during the first 1.6 seconds? Find the instantaneous velocity of the tomato at t = 1.6.

Find the particles position as a function of t : At time t=o a particle departs the point (1,2,3) with velocity v(0)=2i+j. Find the particles position as a function of t. Find the length of the particles path from time t=0 to t=2.

At what point person agree to assist in murdering victims : At what point does a person agree to assist in murdering victims? Is there a criminological theory that would best explain this behavior

Exercise the call option : If the actual November price of Oracle was $15.00, would you exercise the call option? The put option? Suppose you purchased a call option with a strike price of $30 and paid a premium of $6.What would be your profit or loss if the stock price at e..

Assignment - examining hipaa regulations : Assignment: Examining HIPAA Regulations, In your paper, please start by pasting the title of the case at the top of your paper and then begin your paper beneath that title. That will help everyone determine which case you are referring to

Find magnitude of force that would exactly counterbalance : Three forces act on an object. Two of the forces are at an angle of 100o to each other. Calculate the magnitude of the force that would exactly counterbalance these three forces.

User Account

All Pages