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For the next question set your canon at a height of 5m with an initial velocity of 20 m/s. Use the equation x = x₂ + vt + ½a (t) to find where the object will land by first using it in the direction to find the landing place. vertical direction to find time t, then in the horizontal What is your prediction?

For the next question set your canon at a height of 5m with an initial velocity of 20 m/s. Use the equation x = x₂ + vt + ½a (t) to find where the object will land by first using it in the direction to find the landing place. vertical direction to find time t, then in the horizontal What is your prediction?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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I can’t solve for t without knowing what acceleration is. How do i find acceleration with the information given
What does this tell you about how the mass of an object affects its acceleration due to gravity? It doesn't diffect it's acceleration. For the next question set your canon at a height of 5m with an initial velocity of 20 m/s. Use the equation x = x₂ + vt + ½ a (t) to find where the object will land by first using it in the vertical direction to find time t, then in the horizontal direction to find the landing place. What is your prediction?. X = O₂ = Sat 20t + 1/2 a (t²) Place your target and launch the object. Were you correct? (You can use one of the two toc the top right corner to see the exact answer). If there was a difference, how much was the difference?
Transcribed Image Text:What does this tell you about how the mass of an object affects its acceleration due to gravity? It doesn't diffect it's acceleration. For the next question set your canon at a height of 5m with an initial velocity of 20 m/s. Use the equation x = x₂ + vt + ½ a (t) to find where the object will land by first using it in the vertical direction to find time t, then in the horizontal direction to find the landing place. What is your prediction?. X = O₂ = Sat 20t + 1/2 a (t²) Place your target and launch the object. Were you correct? (You can use one of the two toc the top right corner to see the exact answer). If there was a difference, how much was the difference?
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