Hosted by Fascination Entertainment Group. Event Details Where ◦ Fascination Park ◦ Austin location When ◦ July 30 ◦ 7 p.m. to midnight Who ◦ Coaster.

Slides:



Advertisements
Similar presentations
Dynamics Questions Chris Parkes. s-t graph I drop a ball out of the window of my office (4 th floor) – which graph best represents the distance travelled.
Advertisements

8th Grade Investigations 5-8 Force and Motion
Energy Skate Park 4 Learning Goals: Students will be able to use Energy-Time graphs to… at a given time. Estimate a location for the Skater on a track.
Unit 8: Thrills & Chills. Essential Questions How are the concepts of velocity and acceleration used when designing a rollercoaster? How does an incline.
The Thrills and Chills of Roller Coasters Presented by: Sean Connolly Project 16 1/6/11.
Motion & Forces Describing Motion  Acceleration.
W ELCOME TO M ATH C LASS ! 1. Take out your 3.1 Homework 2. Take out a DEAR book and read!
Energy & the Roller Coaster
Conservation of Energy Energy is Conserved!. The total energy (in all forms) in a “closed” system remains constant The total energy (in all forms) in.
Roller Coasters in N America Comparing the Fastest/Highest Roller Coaster in the Country of [NAME] to its economy Insert Picture of Country.
Roller Coasters in N America Comparing the Fastest/Highest Roller Coaster in the Country of [NAME] to its economy Insert Picture of Country Your Name Your.
Emech at 1 + W = Emech at 2 mgh1 = mgh2
COASTER COUNTDOWN! Fascination Entertainment Group.
What are Kinetic and Potential Energy?
Kinetic and Potential Energy
8.5 Angles of Elevation and Depression
Rolling into Math (Using Formula) Ms. C. Turner Math.
Kinetic and Potential Energy
Tallest skyscraper to top of spire: 828 m (2,717 ft)
Nonconservative Forces. When conservative forces act on a system ΔK + ΔU = 0 Most moving objects experience nonconservative forces – forces that remove.
Motion & Forces Describing Motion  Acceleration.
Conservation of Energy System Energy of Gravitational Interaction -- Gravitational Potential Energy If the system contains Earth and an object (or objects),
12.1 Day 2: Trigonometric Functions in Right Triangles
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.
Quick Start Expectations 1.Fill in planner and HWRS HW: p.100, #6-8, 19, 20, 25 2.Get a signature on HWRS 3.On desk: calculator, journal, HWRS, pencil,
Unit 4 Lesson 7 Demonstrating Mastery M.8.SP.3 To demonstrate mastery of the objectives in this lesson you must be able to:  Interpret the slope and.
SCALE MODEL PROBLEMS Monday 3/10. Sarah made a scale model of her pool that spans 12 inches. The actual pool spans 18 feet. ◦What is the scale of the.
THE LATEST RIDE DESIGNED BY: KING KONG COASTERS. OPENING WEEKEND OPENING WEEKEND MAY :00 P.M UNTIL 12:00 A.M DORNEY PARK, PENNSYLVANIA FIRST 50.
Energy What are potential and kinetic energy?. Energy… …is the ability to make things move.
Enjoy casual fine dining on the shore of Sandusky Bay with breathtaking views of the waterfront. Enjoy cocktails and conversation in the lounge. Located.
Lesson 9-3: Angles of Elevation & Depression Angle of depression Angle of elevation Height Horizontal.
2.1, 2.3, & 2.4 Writing and Solving Equations
Lesson 7-6 Application of Trigonometry Angles of Elevation and Depression.
Formative Assessment.
Vertical Circles.
Speed.
By: Amanda Hui & Jessica Lu
PENGY’S JOURNEY down the hill.
PENGY’S JOURNEY down the hill.
Math CC7/8 – May 2 Math Notebook: Things Needed Today (TNT): TwMM 4.3
What are Kinetic and Potential Energy?
Dinner Meeting 30 September 2016
Beast Press Conference 1978
Conservation of Energy
On Desk: Learning Log: HW: p. 100, #7, 19, 20, 25 Parent Signatures?
Mean absolute deviation
Describing Motion Acceleration
1. The (70˚ or 90˚)hill will give the bigger thrill because _____.
Quick Question: The Top Thrill Dragster Coaster is the 2nd
What are Kinetic and Potential Energy?
Midterm Review Answers #23-43
What are Kinetic and Potential Energy?
Literacy Research Memory Skill Practice Stretch!
Application of Trigonometry Angles of Elevation and Depression
AP 1 Energy practice.
An object’s energy can be:
What are Kinetic and Potential Energy?
EQ: What is energy and how can it be transformed?
What are Kinetic and Potential Energy?
Angles of Elevation and Depression
Bellwork: 2/6/18 2) Factor: x2-x-6 (x-6) (2x+5)
What are Kinetic and Potential Energy?
Application of Trigonometry Angles of Elevation and Depression
Motion Section 3 Acceleration
Describing Motion Acceleration
What are Kinetic and Potential Energy?
Looping the loop! By:James Travis
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.
Honors Review Problems
What are Kinetic and Potential Energy?
Presentation transcript:

Hosted by Fascination Entertainment Group

Event Details Where ◦ Fascination Park ◦ Austin location When ◦ July 30 ◦ 7 p.m. to midnight Who ◦ Coaster Club of America members

About Coaster Enthusiasts Coaster enthusiasts travel the world to find the tallest, fastest, and longest coasters. They will expect park employees to understand coaster terminology and be able to answer questions about the coasters at all of our park locations and also those at competing parks.

How Is a Coaster Ranked?

KNOW THE FOLLOWING INFORMATION FOR EACH OF OUR ROLLER COASTERS! Angle ◦ Degree of steepest angle Drop ◦ Distance from top of largest drop to bottom Height ◦ Distance from highest point of track to ground Inversions ◦ Number of times rider goes upside-down Speed ◦ Maximum speed achieved by coaster

July 30 is Coaster Club Event Day