Please provide explanations and show work. **Problem 3:**You toss a snack to your friend on a hike. Your friend is located 8.6 m up a 39° slope. Determine the initial velocity vector the snack must have such that, by the time it reaches your friend, its velocity is entirely horizontal.**Diagram Explanation:**The image accompanying the problem shows two hikers on a slope. The first hiker is at the bottom of the slope and is tossing a snack to the second hiker who is positioned higher up the slope. The slope has an angle of 39° with the horizontal. The distance along the slope from the first to the second hiker is 8.6 meters. The snack is shown following a projectile path, reaching the second hiker with horizontal velocity.

Name: Please provide explanations and show work. **Problem 3:**You toss a sn
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Description: Please provide explanations and show work. **Problem 3:**You toss a snack to your friend on a hike. Your friend is located 8.6 m up a 39° slope. Determine the initial velocity vector the snack must have such that, by the time it reaches your friend,

Given data: The given diagram is shown below, The distance d=8.6 m The angle θ=39°

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3. You toss a snack to your friend on a hike. Your friend is located 8.6 m up a 39° slope. Determine the initial velocity vector the snack must have such that, by the time it reaches your friend, its velocity is entirely horizontal. fe 8.6 m 39°

3. You toss a snack to your friend on a hike. Your friend is located 8.6 m up a 39° slope. Determine the initial velocity vector the snack must have such that, by the time it reaches your friend, its velocity is entirely horizontal. fe 8.6 m 39°

Physics for Scientists and Engineers with Modern Physics

10th Edition

ISBN:9781337553292

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter4: Motion In Two Dimensions

Section: Chapter Questions

Problem 16P

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Please provide explanations and show work.

**Problem 3:**

You toss a snack to your friend on a hike. Your friend is located 8.6 m up a 39° slope. Determine the initial velocity vector the snack must have such that, by the time it reaches your friend, its velocity is entirely horizontal.

**Diagram Explanation:**

The image accompanying the problem shows two hikers on a slope. The first hiker is at the bottom of the slope and is tossing a snack to the second hiker who is positioned higher up the slope. The slope has an angle of 39° with the horizontal. The distance along the slope from the first to the second hiker is 8.6 meters. The snack is shown following a projectile path, reaching the second hiker with horizontal velocity.

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