Thrilling Forces on a Roller Coaster DAY 4. Warm Up  Think about all of the roller coasters you have ever ridden or seen.  What forces create a roller.

Slides:

Advertisements

Similar presentations

Conservation of Energy September 21/22

Advertisements

FORCES ON A ROLLER COASTER DAY 5. ESSENTIAL QUESTION WHAT FORCES CREATE THE THRILL OF A ROLLER COASTER RIDE?

What Goes Up Must Come Down Roller Coaster Physics

Motion & Forces Describing Motion  Acceleration.

Roller Coasters in N America Comparing the Fastest/Highest Roller Coaster in the Country of [NAME] to its economy Insert Picture of Country.

Roller Coaster Camp. Day 1 In Roller Coaster Camp, There were many things to learn. Different things to use, to understand. Discovering pie, fun activities,

Roller Coasters. Vocabulary *Add this to your vocabulary sheet centrifugal force Motion energy that pushes an object outward from the center Example:

Physical Weathering Physical Weathering

Potential & Kinetic Energy How do forces result in potential and kinetic energy?

Lesson Two WARM UP Speed (m/s) Time (s)

ROLLER COASTER SAFETY STATISTICS Day 7. Roller Coaster Safety Statistics ◦ Student A: Amusement Ride Safety Tips ◦ Student B: Ride Safety in the United.

Directed Reading Chapter 5 Section 2 Pg

April 9 th, 2014 Homework: Read pgs : Define Centripetal force, answer section assessment questions (pg. 67) 2 a, 2 b.- on pg. 18 in your notebook.

Motion & Forces Describing Motion  Acceleration.

Kinetic and Potential Energy Physics 6(B). Learning Objectives Explain the differences between kinetic and potential energy and their sources Describe.

MEAN ABSOLUTE DEVIATION GREG MORRISON. FIND MEAN ABSOLUTE DEVIATION You have used range and the interquartile range to describe the spread of a set of.

Roller Coasters By.

Ever jumped from a diving board? Had a thrilling ride on a roller coaster? Then you have had the experience of many astronauts in space. You have experienced.

Thursday, Feb. 26 th p. 188, 189. Thursday, Feb. 26 th 188 2/26/15 Thurs. L.T.: I can use my prior knowledge and info from a video clip to help answer.

Bellwork. Lesson Multiplying Fractions and Mixed Numbers.

Emma VD & Paige Kempo. The highest point on the wooden roller coaster is15m. If the average mass of a rider riding the wooden rollercoaster is 60kg and.

 The Big Thrill Section 4.1. Roller Coaster Fun  When did Kris’ expression change?

Roller Coaster Museum at Six Flags Over GA High School.

Pathways To Success. Objectives I will – Investigate three types of Engineers of my choice – Create a PowerPoint Journal describing 3 types of engineers:

Lesson – Teacher Notes Standard: 8.SP.A.2 Know that straight lines are widely used to model relationships between two quantitative variables. For.

Teacher Page IV. Force, Motion and Mechanical Energy C. Interactions of Forces and Motion State Standards 1.6; 1.8; 2.1; 2.3; 2.5; 4.1 7th grade assessment.

The Many Roles of Our President Created by:. List the role here Describe the role here. Insert a picture that goes along with the role. ( If one can not.

Welcome to... A Game of X’s and O’s

ALGEBRA 1 Solving Radical Equations 1)Isolate the radical 2)Square both sides 3)Simplify.

Unit 22 Integrating skills

Formative Assessment.

Describing Motion Acceleration

Motion in a vertical circle

Action, Linking, and Helping

Today we will explore what engineers do and use the process they use to design things that make the world a better place.

HON PHYSICS DAY 35 It is time for topic 6

How to fold a sheet of paper to make a Frayer Diagram.

Le present perfect Réponses brèves.

Science Fair Project: The Physics of a Roller Coaster

Use the following information to help you.

Lesson – Teacher Notes Standard:

Forces on an inclined plane

Mean absolute deviation

Describing Motion Acceleration

قطار التعرج مجلس أبوظبي للتعليم منطقة العين التعليمية

Quick Question: The Top Thrill Dragster Coaster is the 2nd

Roller Coasters By: Mr. Hunter.

ماذا نعني بأن الطاقة كمية محفوظة؟!

You will need your journal and a pen/pencil.

6 8 5 Energy Breakout Solutions 750 J 1500 W 225 N 2700 J

Vertical Circular Motion

PHYSICS DAY 35 Here we go! Today: 1) 2 forms of energy

Describing Motion Acceleration

Energy Bar Graphs Quantitative Examples

What Goes Up Must Come Down Roller Coaster Physics

Group 1 Group 2 Group 3 Group 4 61 m 35 m 52 m 35 m 63 m 40 m 54 m

Motion and Force Chapter Twelve: Distance, Time, and Speed

Scavenger Hunt Solutions

Catastrophic Event Name

Describing Motion Acceleration

swinging Horizontal Circular Motion

Mean Absolute Deviation

Group 1 Group 2 Group 3 Group 4 61 m 35 m 52 m 35 m 63 m 40 m 54 m

Notebook Response – Changes in Motion Objective: We will calculate the average speed of a marble using a roller coaster model. Create a line graph that.

Warm-up Describe a situation that requires work..

Roller Coaster Project Part 1

Mass Wasting: What happens when Tectonic Forces Take on Gravity?

Presentation transcript:

Thrilling Forces on a Roller Coaster DAY 4

Warm Up  Think about all of the roller coasters you have ever ridden or seen.  What forces create a roller coaster ride?  BRAINSTORM as many thrilling components as you can think of and write them in the box.  Draw a picture or diagram that shows the most thrilling part of the ride.

Roller Coaster Jigsaw Expert Groups 1. Batman 2. Ghost Rider 3. Phantoms Revenge 4. X2

Jigsaw Matrix BatmanGhost RiderPhantomX2 Where is the roller coaster found? Describe the type of roller coaster. What is the maximum speed of the roller coaster? Describe the thrilling components of the ride. What forces are found in a roller coaster?

X2 Video  Here is a video showing the X2 in action! Here is a video showing the X2 in action!