Rocket Project Design Team Members: Neil deGrasse Tyson

Slides:



Advertisements
Similar presentations
P4 Explaining Motion. Equations you need THRUST WEIGHT AIR RESISTANCE Forces on the rocket at T=0 seconds.
Advertisements

TR a-Acoustic Impedance of Ear Simulators.
Bottle Rocket Calculations
To the teacher: This CPO Science PowerPoint presentation is designed to guide you through the process of presenting the lesson to your students. The.
Title: Intro to Water Bottle Rockets
Payload Concept Review [Team Name Here] [High School Name Here] 1 [Team logo here]
Comments on this template -Leave time for questions -Leave time for demonstration -Use your actual hardware in the presentation -Practice your presentation.
Design Team Members: Neil deGrasse Tyson Richard Feynman
1. Project Purpose 2 Work Breakdown Structure Responsibility Assignment Matrix Gantt Chart Hint: Describe clearly Do not read directly from your powerpoint.
Ways to Improve Your Senior Design Final Presentation (Based on Previous Years’ Comments) W. Wilson.
Science Fiction. Rocket flight Centre of Mass or Centre of Gravity (CM or CG) Centre of mass is the mean or central location of all the mass of an object.
The Physics of Bottle Rocketry
To the teacher: This CPO Science PowerPoint presentation is designed to guide you through the process of presenting the lesson to your students. The.
1. Objects at rest will stay at rest, and objects in motion will stay in motion in a straight line, unless acted upon by an unbalanced force.
Science Project Type your project title here Your name Mueller Park Junior High You are welcome to choose any design style for your project!
Principles of Technology Waxahachie High School Ratein Fluid Systems PIC Chapter 3.2 Ratein Fluid Systems PIC Chapter 3.2 PT TEKS.
Researcher’s Name School City, State.  Explain the background concepts that your audience needs to understand your research.  Describe why you chose.
Physics The Study of Energy Chapter 12 What is Motion?
A Question of Bounces COLLISIONS AND MOMENTUM: PROVING FORCES ARE ALWAYS EQUAL.
Payload Concept Review [Team Name Here] [High School Name Here] 1 [Team logo here]
A Question of Bounces COLLISIONS AND MOMENTUM: PROVING FORCES ARE ALWAYS EQUAL.
Rocketry 1 Pick rocketry teams (3) Describe basic rocket & terminology Describe engine & thrust-time curve Derive rocket equation (free-body diagram)
Payload Concept Review [Team Name Here] [High School Name & Team # Here] 1 [Team logo here]
Directions: Use this template to create your Powerpoint presentation about your rocket experiment. You may personalize this as much as you want, but please.
Sophomore Engineering Clinic I September 25, 2014 Blackboard Back of Room Section 12- Miller Section 13- Reed Section 13- Reed 1 Section 9- Tole Section.
PG-26765: Culture and People
Type your project title here Your name Mueller Park Junior High
Properties of water paper PowerPoint presentation
Forces Balanced and Unbalanced Forces
The Aero Club QUASAR.
It Is Rocket Science: How Rockets Work
Tetrahedral Kite Vocabulary Lesson and Notes
Payload Concept Review
[Team Name Here] [High School Name Here] [Team # Here]
Rocketry.
RDG 527 Enthusiastic Studysnaptutorial.com
CPMGT 300 Teaching Effectively-- snaptutorial.com.
Engage Cobb Conference
Name of your team.
This should state the purpose of your study
Test Review.
Jet Engines Aerospace.
Solving Quadratic equations by graphing.
Solar Car Project Research solar cars and create a short powerpoint presentation with the following slides: Title Slide with name, date, project Pictures.
Lab Reports What goes into a lab report? Why do we need a report?
Name of Author (your name)
Hour 6 Conservation of Angular Momentum
Albert C. Chaney 24 January 2008 Dynamics and Control Initial Controller Design AAE 450 Spring 2008.
Find the velocity of a particle with the given position function
Final Project Quick Overview
Improvement Report This is a template to be used to summarize and report on an intervention in the work place using the OU/BWC developed tools to improve.
Bottle Rocket Lab Book Title (5 pts.) Problem (5 pts.)
Y7 – TERM 2 REVISION Draw the magnetic field around the bar magnet:
A Simple Model of a Rocket
Your name Your faculty mentor’s name Department
Full Title of Research Proposal
Team Members (Full Names) Institution Date
2019 TEKNOFEST ROCKET CONTEST PRELIMINARY DESİGN REPORT (PDR)
Capstone Team Project title
Science Fair Project Display
By: Werner von Braun Names of Team Members
Your name Your faculty mentor’s name Department
Action/Solution Poster
Example: What impulse is imparted by exerting a 12 N force for 4.0 s?
Bottle Rocket Calculations
Bottle Rocket Calculations
Presentation Title [NAME] AFFILIATION [ ADDRESS] [WEBSITE]
MR G’s Water Rocket experiment
Acceleration - Newton’s
6th Grade Science Fair PowerPoint ENGINEERING Template & Instructions
Presentation transcript:

Rocket Project - 2012 Design Team Members: Neil deGrasse Tyson Richard Feynman Stephen Hawking Design Team Name and/or Logo Title : 40-48 pt Names: 28 pt

Project Purpose

Work Breakdown Structure Responsibility Assignment Matrix Gantt Chart Hint: Describe clearly Do not read directly from your powerpoint

Sketch/Drawing(s) or Picture of your Rocket Hint: Brief explanation (verbal) of your design(s) Do not read directly from your powerpoint

Materials and approximate cost (table) Hint: Brief explanation (verbal)as to why you chose these materials Do not read directly from your powerpoint

Physics principles relating to project (multiple slides) Hint: Use appropriate language/terminology Force, Speed, Acceleration, Thrust, Center of Mass, Momentum, etc. Relate the physics you have learned to the project. What makes Rocket Flight Possible? Describe in Detail. How did you calculate the maximum height attained by your rocket Explain your data, how does it relate to the performance of your Rocket Mass of Rocket Angle - the maximum height attained by your rocket Water volume used Air Pressure used Simulator results http://www.aircommandrockets.com/flying_higher.htm Initial Thrust Initial Burn Acceleration Average Acceleration Time to Burnout Burnout Velocity Drag Force Actual Apogee` Total Time of Flight

Physics principles relating to project (multiple slides) Hint: Pictures or Video to illustrate your explanation of how rocket flight is possible. Make Connections to the Entry Document Proposal Brochure How can this be used to teach science to students Do not read directly from your powerpoint

Conclusion Hint: Summarize the project. Did you successfully address all of the requirements of the Entry Document. What did you learn; about yourself, your group, physics, rocket flight, the project? Do not read directly from your powerpoint