Wheeled cart Physics help please!!!!!!? - push cart wheels
Two adults and a child to want to a car with wheels in the direction of push-x marks in Fig. Both adults and horizontal shear forces VEC (f_1) and VEC (F_2) as in Fig.
http://session.masteringphysics.com/prob ...
a) Does the child have a minimal force is in part (A) and (B) the car accelerates in 2.00 m ^ 2 in the + x - direction. What is the weight of the car?
Part A answer = 16.6 N
Answer to Part B = 270 degrees
Tuesday, January 5, 2010
Push Cart Wheels Wheeled Cart Physics Help Please!!!!!!?
4 comments:
Let's see if the balance and strength
100 sin (60) -140 * sin (30) -16.6 *
While almost 002,540
the network in the X
100 cos (60) 140 * cos (30) = * m * 2
The solution for m
85.62 kilograms
and a weight of
85.62 * 9.81
840 N
===================
Let's see if the balance and strength
100 sin (60) -140 * sin (30) -16.6 *
While almost 002,540
the network in the X
100 cos (60) 140 * cos (30) = * m * 2
The solution for m
85.62 kilograms
and a weight of
85.62 * 9.81
840 N
===================
Let's see if the balance and strength
100 sin (60) -140 * sin (30) -16.6 *
While almost 002,540
the network in the X
100 cos (60) 140 * cos (30) = * m * 2
The solution for m
85.62 kilograms
and a weight of
85.62 * 9.81
840 N
===================
Let's see if the balance and strength
100 sin (60) -140 * sin (30) -16.6 *
While almost 002,540
the network in the X
100 cos (60) 140 * cos (30) = * m * 2
The solution for m
85.62 kilograms
and a weight of
85.62 * 9.81
840 N
===================
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