Is a projectile motion graph a straight graph or a curved graph
2 answers:
Answer:
» Projectile motion is a curved graph.
☑ This is because projectile motion consists of both vertical and horizontal motion, with one starting angle. Hence as the body starts motion, it is acted upon by gravity.
At point v = 0, the motion is free from gravity hence approaching horizontal motion.
Examples;
- A ball kicked upwards at an angle which is not 90°
- A man playing golf.
- A plane dropping a bomb.
Hi there!
<u>Curved graph. </u>
For an object undergoing projectile motion, the HORIZONTAL component of its remains constant (assuming no air resistance), while the VERTICAL component is changing due to a constant acceleration due to gravity.
We can relate vertical displacement vs. time to this acceleration using the kinematic equation:
dy = displacement (m)
vy₀ = initial vertical velocity (m/s)
t = time (s)
a = acceleration due to gravity (m/s²)
This is an example of a QUADRATIC equation, which means the trajectory of a projectile would form a parabolic shape.
<u>Thus, it would be a curved graph.</u>
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Answer:
The magnitude will be "353.5 N". A further solution is given below.
Explanation:
The given values is:
F = 500 N
According to the question,
In ΔABC,
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then,
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Now,
The corresponding angle will be:
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Aspect of F across the AC arm will be:
=
On putting the values of F, we get
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Component F along the AC (in magnitude) will be:
=
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