20.5.9 The decision of the collection (Reshebnik) Kepe

20.5.9 The decision of the collection (Reshebnik) Kepe

Sold 20 Reviews 1
0 000 X
There are no such quantities in stock
By clicking the button, you agree to terms for buyers
Secure deal
Instant delivery

Product description

20.5.9. The kinetic energy of the mechanical system T = 12x2, the potential energy U = -2gx, where x - the generalized coordinate, m To determine the acceleration x..

Main features

  • Content type File
  • Content description 31,72 kB
  • Added to the site 07.03.2016
Right after the payment you will receive a link to a zip archive with the solution of the problem 20.5.9
(DYNAMICS, Chapter 20 - Lagrange equation of the second kind, paragraph - 20.5: Lagrange equation of the second kind for systems with one degree of freedom) of Reshebnik to the collection of short tasks on the theoretical mechanics Kep OE, JA Viba, OP Grapis, JA Svetinysh et al. Publishing Moscow / Graduate School / 1989, 2009, 2012.
Task completed in word format (handwritten or typed solution in Word) or in manuscript form in gif / jpg format ..
After receipt of the decision would be very grateful if you leave a positive review.

Reviews

1 0
0 000 X
There are no such quantities in stock
By clicking the button, you agree to terms for buyers
20.5.9 The decision of the collection (Reshebnik) Kepe
3 Sold 20 Reviews 1
0 000 X
Secure deal
Instant delivery

Cumulative discount

250 $ the discount is 15%
50 $ the discount is 10%
30 $ the discount is 7%
15 $ the discount is 5%
5 $ the discount is 3%
3 $ the discount is 2%
1 $ the discount is 1%
Check your discount

Amount of purchases from the seller:  $

Your discount:  %

0.05 $ gift card for a positive review

Cumulative discount

250 $ the discount is 15%
50 $ the discount is 10%
30 $ the discount is 7%
15 $ the discount is 5%
5 $ the discount is 3%
3 $ the discount is 2%
1 $ the discount is 1%
Check your discount

Amount of purchases from the seller:  $

Your discount:  %

0.05 $ gift card for a positive review

You viewed