dynamics math problems engineering equations dynamics basic mechanics school homework engineering math dynamics formulas dynamics problems dynamics problem solutions to dynamics problems full solution dynamics engineering dynamics problem solution dynamics math problems engineering equations dynamics basic mechanics school homework engineering math dynamics formulas dynamics problems dynamics problem solutions to dynamics problems full solution dynamics engineering dynamics problem solution
dynamics math problems engineering equations dynamics basic mechanics school homework engineering math dynamics formulas dynamics problems dynamics problem solutions to dynamics problems full solution dynamics engineering dynamics problem solution dynamics math problems engineering equations dynamics basic mechanics school homework engineering math dynamics formulas dynamics problems dynamics problem solutions to dynamics problems full solution dynamics engineering dynamics problem solution
Highalphabet Home Page dynamics problem solution dynamics math Highalphabet Statics Lessons
The box of negligible size is sliding down along a curved path defined by the parabola y=.4(x^2). When it is at A(x=2 m, y=1.6 m), the speed is v_b_=8 m/s and the increase in speed is dv/dt=4 m/s^2. Determine the magnitude of the acceleration of the box at this instant.




The box of negligible size is sliding down along a curved path defined by the parabola y=.4(x^2). When it is at A(x=2 m, y=1.6 m), the speed is v_b_=8 m/s and the increase in speed is dv/dt=4 m/s^2. Determine the magnitude of the acceleration of the box at this instant.