Need to calculate the magnitude of the initial velocity?

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SUMMARY

The discussion focuses on calculating the magnitude of the initial velocity in projectile motion using provided data. Participants suggest utilizing the vertical (y-component) and horizontal (x-component) of the initial velocity, applying Pythagorean theorem and trigonometric principles for accurate calculations. The time intervals given are 0.03 seconds, which allows for a reliable approximation of the initial velocity through average velocity calculations over the first time interval.

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  • Familiarity with trigonometric functions
  • Basic concepts of velocity and time intervals
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  • Study the components of velocity in projectile motion
  • Explore the concept of average velocity and its calculations
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jahaddow
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Hi, I need to calculate the magnitude of the initial velocity of the following data for projectile motion. Any help would be greatly appreciated as I have no idea where to start! Thanks

please see the question here:
http://i52.tinypic.com/15p0kza.png

and the data here:
http://i52.tinypic.com/2uj7d53.png

Thanks so much in advance!
 
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jahaddow said:
Hi, I need to calculate the magnitude of the initial velocity of the following data for projectile motion. Any help would be greatly appreciated as I have no idea where to start! Thanks

please see the question here:
http://i52.tinypic.com/15p0kza.png

and the data here:
http://i52.tinypic.com/2uj7d53.png

Thanks so much in advance!

If you know the vertical (y-component) and horizontal(x-component) of the initial velocity, you should be able to calculate the Initial velocity [using Pythagorus and trig].

From the data supplied, the time intervals are 0.03 seconds - which is really quite small.
To calculate the average velocity for the first time interval would be a pretty good approximation for the initial velocity.
 

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