How to find the Range in projectile motion? help and how to find the percentage different ?How to find the Range in projectile motion?The first step is to separate the problem into two sets. Use one of the kinematic equations (dependent on what information you are given) to find how long it would take for the projectile to fall to the ground from the height you are provided with. This time then can be used in a kinematic equation you choose to find how far the projectile will travel in the x direction in said time.
(Keep in mind that this only works when ignoring air resistance. To associate non-conservative forces, much more work will be necessary.)How to find the Range in projectile motion?A basic rule of thumb when firing a projectile. Common sense says that if you fire at a 45* angle then you achieve maximum range. That is not true and you actually achieve maximum range at an angle close to 48* barrel elevation. That is because the projectile is spinning and gains a little height from that when traveling through the air. There are other variables concerning accuracy but that is the is the main one for range.How to find the Range in projectile motion?consider the original amount of force used in the projectile. how much the projectile weights. the gravity against the the projectile the wind in the matter also the humidity on that day. if you have more questions in this matter feel free to email meHow to find the Range in projectile motion?
The formula states that
R= (u X u X sin2q) /g
R- Range
u- Velocity of projection
q- angle of projection with horizontal
g- acceleration due to gravity
This formula is valid only for ideal cases where wind resistances and the other forces are neglected
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