Question

*

6.
A
C
E
m₁
m2+ hanger 100 grams
1.0 m/s^2
2.5 m/s^2
ml+ cart- 300 grams
0 m/s^2
m₂
The system below is released from rest on a frictionless
track (pulley is considered massless and frictionless). The
acceleration of the cart with mass m1 is most nearly..
B
D
5 m/s^2
3.0 m/s^2

Answer 1

The question asks for the acceleration of a cart in a pulley system on a frictionless track; however, it does not provide enough information to determine the acceleration. Typically, Newton's second law is used for such calculations involving forces and masses.

Step-by-step explanation:

The question relates to the acceleration of a cart with mass m1 in a system involving a connected mass (m2) through a pulley on a frictionless track. To solve such a problem in physics, particularly Newton's second law (F=ma), can be employed to relate forces and accelerations when mass is given.

Since the pulley system is frictionless and the pulley itself is considered massless, it simplifies the scenario to a relatively straightforward application of Newton's laws. Unfortunately, the provided information is not sufficient to solve the problem as given. To determine the acceleration of the cart, other relevant data such as the masses involved or the forces applied would be necessary. Without additional information, we cannot accurately calculate the acceleration of the cart.