Curved Motion: Calculating Acceleration Components

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In summary, curved motion refers to an object's movement along a curved path instead of a straight line. It differs from linear motion in terms of the path taken and the involvement of changing speed and direction. Curved motion is caused by a force acting on the object, and can be calculated and predicted using mathematical equations. Examples of curved motion in everyday life include a rollercoaster going around a loop, a satellite orbiting the Earth, and a car making a turn on a curved road.
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isukatphysics69
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Homework Statement


In picture attatched

Homework Equations


acceleration centripetal, acceleration perpendicular, velocity

The Attempt at a Solution


I found that i can project the acceleration onto the velocity and get theta = -135 degrees between acceleration and velocity vector. so the object is slowing down now how do i figure the acceleration components?
 

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NVM I FIGURED THIS ONE OUT!
 
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Related to Curved Motion: Calculating Acceleration Components

1. What is curved motion?

Curved motion refers to the movement of an object along a curved path rather than a straight line. This can occur in various scenarios such as circular motion, parabolic motion, or motion along a curved surface.

2. How is curved motion different from linear motion?

Curved motion and linear motion differ in terms of the path that the object takes. In linear motion, the object moves along a straight line, whereas in curved motion, the object follows a curved path. Additionally, curved motion typically involves changing speed and direction, while linear motion maintains a constant speed and direction.

3. What causes an object to move in a curved path?

An object moves in a curved path due to the presence of a force acting on it. This force can come from various sources such as gravity, friction, or applied forces. The direction and magnitude of the force determine the curvature of the object's path.

4. How can curved motion be calculated or predicted?

Curved motion can be calculated using mathematical equations that take into account the force acting on the object, its initial velocity, and the shape of the curved path. These equations can be solved using calculus or numerical methods to predict the position, speed, and acceleration of the object at any given time.

5. What are some examples of curved motion in everyday life?

Examples of curved motion in everyday life include a rollercoaster going around a loop, a satellite orbiting the Earth, a baseball being thrown in a curveball pitch, or a car making a turn on a curved road. These are all instances where an object is moving along a curved path due to the presence of a force.

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