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MrRandom66
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Problem solved, many thanks
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grzz said:You can find the initial speed in the vertical direction.
grzz said:Try to find what is known in the vertical direction.
Correct but acceleration is negative if we choose upward direction as positive.MrRandom66 said:Vertical displacement is 15m, and Gravity due to acceleration is 9.8 m s^2
I think that you mean the initial (vertical) speed.MrRandom66 said:Before I calculate the final speed, I have to get t, correct?
grzz said:I think that you mean the initial (vertical) speed.
grzz said:If you know the initial and final vertical speeds, and the vertical distance you can find the time which is the quantity that you originally wanted to find.
The Time Projectile Problem is a physics problem that involves calculating the time a projectile takes to reach a certain point. It is commonly used in kinematics and can be solved using equations of motion.
The Time Projectile Problem can be solved using the equation t = √(2h/g), where t is the time, h is the height, and g is the acceleration due to gravity. This equation can be derived from the equations of motion.
Solving the Time Projectile Problem is important in understanding the motion of objects in the presence of gravity. It is also useful in real-world applications such as ballistics and sports, where projectiles are involved.
Yes, the given equation only applies to objects moving in a straight line with a constant acceleration due to gravity. It does not take into account other factors such as air resistance or non-uniform gravity.
Yes, there are other methods of solving the Time Projectile Problem, such as using calculus or numerical methods. These methods may be more accurate for more complex scenarios.