Rocket Science! Mr McGregor Part 4.

Slides:



Advertisements
Similar presentations
Forces.
Advertisements

PHY 2048C General Physics I with lab Spring 2011 CRNs 11154, & Dr. Derrick Boucher Assoc. Prof. of Physics Sessions 6-7, Chapter 7.
Superloki Rocket Project Definition  Design and build a payload for a rocket that will be entertaining to high school children participating in the.
Egg Parachute By: Luke Fickenworth and Sam Gravois.
1. Project Purpose 2 Work Breakdown Structure Responsibility Assignment Matrix Gantt Chart Hint: Describe clearly Do not read directly from your powerpoint.
Thickness of Aluminum Foil Mr. Strickland, Science Instructor.
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.
3/19/09. Animal Motor Works (AMW) K475WW High Power Rocket Motor. 54 mm casing, 40.3 cm long, 2.9 seconds burn time, 1394 N-sec total impulse, and
Newton’s Second Law of Motion Newton’s Second Law of Motion.
AAE 450 Spring 2008 Tim Lorenzana 1/16/2008 Avionics Recovery/Termination.
Forces on a Parachute LO: to explain how changes in forces on a parachute effect it’s speed TASK: friction stories Remember the bigger force should have.
Harvard-Westlake Rocketry Club SLI FRR.
Fundamentals of Rocket Stability It’s (not) rocket science!
REVISION What force keeps the satellite orbiting the Earth.? (1)
© Oxford University Press b Terminal velocity At first the parachutist accelerates at 10m/s 2 due to gravity.
Lecture 11: Laws of motion. Newton’s 1 st Law: Inertia Matter resists motion If at rest, it will stay at rest If in motion, it will stay in motion Mass.
What would happen if you jumped into a well that went all the way through Earth? See answer in video.
Chapter 2 Sir Isaac Newton’s Three Laws of Motion.
Newton’s Laws of Motion Newton’s First Law If there is no unbalanced force an object will move at constant velocity or remain at rest. Newton’s Second.
E GG PARACHUTES !. T HE SCIENCE BEHIND PARACHUTES … What do you know about… Aerodynamics? Drag? Flight? Forces? Skydiving Science:
Acceleration Definition 2 ways to do it Positive acceleration Negative acceleration (deceleration) A change in velocity Change speed and/or Change direction.
Acceleration NL 2.2. Acceleration : is a change in velocity. – Because acceleration is a change in velocity and not speed you must also indicate direction.
Parachutes & Drag LO: Investigate how area can affect air resistance.
Velocity and Acceleration. Velocity Describes both speed and direction of an object. Describes both speed and direction of an object. How can an object.
Science 10 Mr. Jean April 10th, The plan: Video clip of the day. Review of digital Lab.
Rocket Launch. to make a balloon travel from place to place on a string Aim:
Acceleration a change in velocity ( speed or direction or both ) over time –speeding up or slowing down –changing direction moving in a circle is always.
Physics Section 5.4 Define “power” Power- is the rate at which work is done or energy is transformed. P = W ∆t P = power (watts) W = work (J) t = time.
Planetary Lander PDR Team Name
AP Physics Review Ch 4 – Forces and Newton’s Laws of Motion
Newton’s 2nd Law Put on pg.20 in NB.
Speed.
Vertical Acceleration – Ex. 1
Toys in Space Presented by : Commander Maria Nickel
Experiment 2 Finding density of an object
12.1 Acceleration.
Terminal Velocity.
Rocket Science! Mr McGregor Part 1.
2018 First Nation Launch - Flight Readiness Review
Establishing a Model for the Variability of Wind Speed
Section 1.3 Acceleration measures how fast velocity changes.
(Building and Testing) Parachutes
Unit 1, Lesson 3: Displacement vs. Time Graphs
HASP Flight Test NASA National Scientific Balloon Facility Ft
Rocket Project Design Team Members: Neil deGrasse Tyson
Chapter 4, Section 2 Graphs of Motion.
Section 2 Acceleration.
Guitar Strings and Crumbling Bridges
Scientific Notation.
Unit 3 Review (Calculator)
Distance time graphs.
Thematic inquiry My perfect parachute
Acceleration.
Plumber’s Butt Problems
Characteristics,Construction, Recovery
Lesson Practical to measure the resistive forces of a parachute
Acceleration Notes Change in Velocity Direction Motion Time Distance
Acceleration.
By: Dorothy Hains STEM Department
Speed = Distance divided by time
Example #3 – Slowing Down
By: Werner von Braun Names of Team Members
Calculate 9 x 81 = x 3 3 x 3 x 3 x 3 3 x 3 x 3 x 3 x 3 x 3 x =
Physical Science Density Challenge 4
Chapter 4, Section 2 Graphs of Motion.
Adriana Knight & Liz Larsen
Section 2 Acceleration.
MR G’s Water Rocket experiment
A Bi-weekly newsletter for Science & Social Studies
Acceleration Notes Change in Velocity Direction Motion Time Distance
Presentation transcript:

Rocket Science! Mr McGregor Part 4

Rocket Motor Analysis

Parachute Testing NASA video

Parachute Design Brief: To design and test a parachute Specification: The parachute should slow the rocket down to a safe descent speed of 5m/s or less The parachute should be the lowest mass possible The parachute should take up the smallest volume possible Materials: Parachute fabric (standard maximum size), string, scissors, 100g test payload, sellotape, straws You may find the following descent rate calculator a useful tool: https://www.rocketreviews.com/descent-rate-calculator.html