- #1
puni12
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in a projectile motion, what law could be applicable to this sitaution?
if u want an example, umm let's say..
ur measuring porjectile motion for 45 degrees.,,
hat law or theory could be applicable to this?
puni12 said:umm.. i was planning to measure the projectile motion ith differnet angles..
so my problem would be um..
which angle will launch the farthest distance
is that enough?
To calculate the horizontal and vertical components of a projectile at a 45 degree angle, you can use the following formulas:
Horizontal component = initial velocity * cos(45)
Vertical component = initial velocity * sin(45)
The equation for the range of a projectile at a 45 degree angle is:
Range = (initial velocity)^2 * sin(90) / gravitational acceleration
The angle of projection affects the range of a projectile in the following ways:
- A lower angle (less than 45 degrees) will result in a shorter range.
- A higher angle (greater than 45 degrees) will result in a longer range.
- At a 45 degree angle, the range will be maximum.
Yes, the laws of projectile motion can be applied to objects thrown at any angle. The equations for calculating the horizontal and vertical components, as well as the range, will vary depending on the angle of projection.
Air resistance can affect the motion of a projectile at a 45 degree angle by reducing its velocity and therefore decreasing its range. The extent to which air resistance affects the projectile will depend on the density of the air and the shape and size of the projectile.