34. The motion of a particle in the xy plane is describ

Affiliates: 0,01 $ — how to earn
Pay with:
i agree with "Terms for Customers"
Sold: 0
Refunds: 0

Uploaded: 03.08.2014
Content: fiz029_34.doc (72 kB)

Description

34. The motion of a particle in the xy plane is described kinematic equations: x = At; y = At (1 - Bt), where A and B - are constants.
  Define: 1) the trajectory equation y = f (x); 2) the vectors of speed, acceleration and their numerical values; 3) the average velocity vector of the first τ seconds the motion and its magnitude.

Additional information

Detailed solution. Decorated in Microsoft Word 2003. (Target decided to use formula editor)

Feedback

0
No feedback yet.
Period
1 month 3 months 12 months
0 0 0
0 0 0
In order to counter copyright infringement and property rights, we ask you to immediately inform us at support@plati.com the fact of such violations and to provide us with reliable information confirming your copyrights or rights of ownership. Email must contain your contact information (name, phone number, etc.)