PHY 150 Project One Supply Drop Template

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School

Southern New Hampshire University *

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Course

150

Subject

Mechanical Engineering

Date

Dec 6, 2023

Type

docx

Pages

2

Uploaded by LieutenantWaterSandpiper34

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A&L ENGINEERING SUPPLY DROP PLAN Instructions: Respond to the prompts in the tables below and replace the text in brackets. DIAGRAM Create a diagram describing the horizontal and vertical motion of the payload. Remember that your diagram should visually represent the motion of the payload. INITIAL CALCULATIONS Provide your calculations, including all relevant steps are included and your units are labeled. I began my calculations with the very basic information. 2650 = 0 + ½(9.8)t^2 2650 = 4.9t^2 T = (2650/4,9)^.5 =2599.53 Description Describe the components of the kinematics equations used in your initial calculations below. Using equation for vertical motion, I represented the following: t= time v yo = initial velocity a y = acceleration of payload when dropped Y= height when released MOD IFIED SCENARIO ONE Create a diagram showing the first modified scenario. Then adjust your initial calculations to incorporate the changing variables from the scenario and describe how these changed variables affect your calculations. Diagram
Description I chose Philadelphia as my city. To first begin with the problem, you must convert it to m/s first so that is where I began 6mph*1609m/1mph/60min*1min/60sex = 2.68 meters per sec All that is left is to minus the initial velocity which is where I got my distace MODIFIED SCENARIO TWO Create a diagram showing the second modified scenario. Then adjust your initial calculations to incorporate the changing variables from the scenario and describe how these changed variables affect your calculations. Diagram Description You began with the information provided. We know its 400 meters away and 50 meters low. Velocity is marked as 67 m/s and has the angle. T = (-51.23-4)(_4.9)(-50)/-9.8 T=(-51.23 -sqrt(1653.74)/-9.8 Once you fully complete your displacement will be about 404
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