Welcome Rocketeers! DQ: What characteristics of our rocket would affect the forces acting on the rocket? Look at your drawing of the rocket and forces.

Slides:



Advertisements
Similar presentations
UF Hybrid Rocket Teams Mile High Club Brought to you by Chris Leonard, Ty Morton, Sam Darr, and Josh Childs.
Advertisements

UF Hybrid Rocket Teams Mile High Club Brought to you by Chris Leonard, Ty Morton, Alex Aueron, Sam Darr, and Josh Childs.
SECME Water Rocket Design Competition
Take me to the moon DIY Rocket "Clip art licensed from the Clip Art Gallery on DiscoverySchool.com"
P4 Explaining Motion. Equations you need THRUST WEIGHT AIR RESISTANCE Forces on the rocket at T=0 seconds.
A Seminar Presentation On AERODYNAMICS OF F1 RACING CAR
Friday, Jan. 29 th Agenda Collect Homework: “Isaac Newton” WS Finish section 7.3: –free fall, weight, terminal velocity, Newton’s 3 rd law In-Class Assignment.
Locomotion Study Guide Review.
Rocket Performance ThrustWeightDrag Burn Time Impulse Class GravityTotal Mass FinsBodyNose ShapeSize LengthDiameter Shape Length Material Number Developed.
Friction due to fluid ( gases or liquids)
Building Design Portfolio Bottle Rockets By Stephanie G.
Title: Intro to Water Bottle Rockets
ActivPhysics OnLine Problem 2.4 Rocket Blasts Off Draw free body diagram. Choose upwards : + downwards: -
Engineering Design: Optimization Engineers design and invent things by using their understanding of the physical world. In this module we will practice.
Chapter 12: Forces and Fluids
LESSON ld05 Rocket Stability
Friction Acts in direction of plane (i.e. up or down the table) Factors affecting friction Limiting friction F lim =  R.
Model Rocketry. Parts of a Model Rocket Rocket Engines Most are single use engines. Classified by the amount of power they produce.
Rockets Read and follow along. On your journals, draw the rockets and label. Draw and label the parts of the rockets and answer the questions listed.
Rocket Research History Scientific Research Modern Applications Roxboro Road Middle School Mr. Clayton and Mrs. Zajac.
Rocketry ‘06 Carl Sandburg College Upward Bound Summer Program.
04/26/11 Changing Dimensions Today’s Plan: -Warm up -Changing Dimensions -Assignment LT: I will describe how increasing or decreasing a measurement will.
Four Forces of Flight Rocket Project Day 1. Aerodynamic Forces Act on a rocket as it flies through the air Lift & Drag Lift Force – Acts perpendicular.
Homework C-2 due tomorrow. Aim: What were the characteristics and accomplishments of the Sui, Tang and Song Dynasties (part 2)? Do Now: Based on the poems.
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.
Making a Home Made Estes Rocket By Roberto & Stefano Barbier.
Physics 4 Force and Motion. C/WForces13-Oct-15 Aims:-4 know what forces do 5 explain where forces are balanced 6 apply rules to new situations Starter.
Materials: - Pencil -Notebook -Folder Agenda: Complete Bell work POP! Cylinder Rockets paragraphs due No gum, candy or chewing please! DO: Today.
Materials: - Pencil -RULER! -Notebook -Folder Agenda: Complete Bell work POP! Prism Rockets No gum, candy or chewing please! DO: Today we will plan and.
IP Reaching terminal velocity © Oxford University Press 2011 Reaching terminal velocity.
Chapter 2 Sir Isaac Newton’s Three Laws of Motion.
Helicopters Movement in Air. Ask: How can you change the motion of a helicopter? Make a helicopter using the pattern. Explore the motion of the helicopter.
By: Ava and Audrey. Thrust Thrust is forward motion. The airplane’s engine’s produce thrust. It is one of the forces that the airplane needs to fly. It.
Newton’s Laws of Motion.  When a rocket lifts off it is because thrust exceeds the weight that keeps it in place.  This reflects Newton's First.
What is a Rocket?  A chamber enclosing a gas under pressure. A release nozzle directs escaping air in one focused direction  A balloon is a simple example.
Welcome Rocketeers! DQ: Complete “Measuring Motion” worksheet Today:
1 1 The diagram provided shows a fixed pulley system.
Happy Tuesday Scientists! DQ: What is a force? What are some forces you know about? How can you tell if a force is acting on an object? Today: Introduction.
3.4b : Volume of Pyramids and Cones M(G&M)–10–6 Solves problems involving perimeter, circumference, or area of two dimensional figures (including composite.
Rocket Project: Newton’s 3 Laws in 3D!.
Air Powered Rocket. Rocket Body Lay two pieces of paper with their long sides over lapping Tape the paper together Roll the paper into a tube using the.
prepared by Mr.Grad©2004 Today you are going to start the assembly of your rocket, which you will launch at a later date.
Welcome Physicists! DQ: Draw a free body diagram for an airplane flying (assume the plane is climbing and speeding up - include air resistance) Today:
 A car accelerates from rest to 20m/s in 5 seconds and then maintains that speed for 6 seconds. How far did the car travel in that time?  A rocket accelerates.
Happy Thursday!! No DQ Today: Select a Team Leader and a Resource Monitor for your group Have each team member record these names in his/her journal Rocket.
Solar House 8 th Grade Science Systems Assessment.
Homework DBQ will be written in class tomorrow:  Remember to bring your document packet. You need it to write the essay, and you will submit it along.
Homework C-4 due tomorrow Current events article due Friday.
Surface Area Total area on the surface of the figure, amount of paper needed to cover it.
Flight Technology: Aerodynamics
Period 4: Please find your assigned seats
Aerodynamics The study of the motion of air, particularly when it interacts with a solid object, such as an airplane wing. The least amount of wind resistance.
Rocket Stability.
The physics of falling In this section you will
Free Fall Free Fall Examples
Projectile Motion Part 2.
Newton’s Laws of Motion
LESSON ld05 Rocket Stability
MAKE YOUR OWN ROCKET AND FLY IT!!!
Factors Affecting Projectile Motion
The physics of falling In this section you will
LAW OF FALLING BODIES.
Motion and Force. Motion and Force Chapter Four: Forces 4.1 Forces 4.2 Friction 4.3 Forces and Equilibrium.
Motion and Force. Motion and Force On page 36 of your notebook, prepare Cornell Notes with these questions: What does the word net mean? Net force.
Homework G-7 due tomorrow G-8 due Wednesday Test on Greece Thursday
Flight Technology: Aerodynamics
LESSON ld05 Rocket Stability
Motion and Force. Motion and Force Chapter Four: Forces 4.1 Forces 4.2 Friction 4.3 Forces and Equilibrium.
By: Dorothy Hains STEM Department
What are the constraints Trial 1 Trial 2 Trial 3 Trial 4
Presentation transcript:

Welcome Rocketeers! DQ: What characteristics of our rocket would affect the forces acting on the rocket? Look at your drawing of the rocket and forces. What ARE the forces? What parts of the rocket might increase or decrease the forces? Today: Please place your homework in the basket for your class Ms. Richins Student Survey Testing changes to rocket design

Think-Write-Pair-Share What would prevent a rocket from reaching its maximum possible height? What physical characteristics (structures) or attributes of the rocket could impact its motion? What could you change about the rocket that might make it reach its maximum possible height?

Possible Characteristics to Change Change weight/type of paper Size of fins Change number of fins Change shape/surface of fin Change nose cone – size, shape, weight Changing how air tight the rocket is Change body tube diameter Limit amount tape Fin position Length of body tube Number of wings more or less Fin size Surface area of rocket Length of rocket Change fin surface Modify cone – Weight distribution Fin location Different adhesives Weight of rocket Add flaps to the wings Type of paper

Period 6 Table 1: Jackson, Kat, Jasmine number of fins Table 2: Ian, Emily B, Caitie, Justin modifications of nose cone Table 3: Jake, Elysha, Inga, Logan Fin Shape Table 4: Bryce, Tobias, Emma, Kate body tube length Table 5: Chris, Connor, Camille Fin size Table 6: Ellie, Emily W., Aleena, Micah paper type Table 7: Asia, Madi, Helene change adhesive Absent: Kaiden, Remy, Matt, Varsha, Mason, Ella, Savitri

Possible Characteristics to Change Period 5 Number of wings more or less Wing size Surface area of rocket Length of rocket Change fin surface Modify cone – Weight distribution Fin location Different adhesives Weight of rocket Add flaps to the wings Type of paper

Period 5 Table 1 Casey, Dillon, Kyle B Number of fins Table 2 Ian, Karli, Susie modify cone Table 3 Audrey, Nicole, Aaron Fin size Table 4 Nate, Joe, Jillian weight of rocket Table 5 Courtney, Ali, Sabrina weight distribution Table 6 Miles, Skyelar, Elena, Aidan Fin size Table 7 Calvin, Jack, Josh number of fins Table 8 Tiffani, Gwen, Sam size of body tube