THE HOT AIR BALOON Dimitris Silitzoglou.

Slides:



Advertisements
Similar presentations
Hot Air Balloons.
Advertisements

Hot Air Balloons Joey Hendrickson and Georgette Green.
Lighter-Than-Air Flying Devices
Ms. Lempicki- 4 th Grade. Discuss: Why do balloons rise?
Buoyancy Properties of Matter.
 Buoyancy is the upward force of a fluid on an object less dense than itself. That is, the overall density of the object must be less than the density.
Air Transportation Systems
Aviation “The Power of Flight” Engineering Technology Mr. Austin Engineering Technology Mr. Austin.
Lighter-than-air Aviation
FLOATATION AND RELATIVE DENSITY – GRADE 9
13-5: How Gases Work.
Gases Review. Pressure Conversions kPa = ________atm.
Hot-Air Balloons hot-air balloon – a large balloon that rises with the aid of hot air.
Forces and Fluids.
TYPES OF AIR TRANSPORTATION
Introduction to: Hot Air Balloon Travel. What is a Balloon? Balloon… ◦ A spherical craft made of silk, rubber, or other suitable nonporous materials that.
Made by Vika Kudoyarova. A b o u t b a l l o o n i n g Balloon is bag filled heated air or a light gas so that it rises and floats in the air. A balloon.
Gases.
Cloze #36 Hot Air Balloon. This is h_ _ air balloon. This is hot air balloon. It is f _ _ _ _ _ with hot air. It is filled with hot air.
steel ship float in water when a steel marble sinks?
Overview and Aircraft flight mechanics. Table of contents Introduction Different kinds of aircrafts Parts of a fixed-wing aircraft Air flight mechanics.
What is Density?. What makes a hot air balloon work?
Forces and Fluids.
Physics 1B03summer-Lecture 12 1 Fluid Mechanics Pressure Buoyancy.
The fun never stops.... Liquids and Gases can exert forces. – Examples: waves crashing, wind Liquids and Gases can exert forces. – Examples: waves crashing,
Buoyancy Buoyant force vs. Weight Apparent weight
VOLUME AND TEMPERATURE: CHARLES’S LAW 13.1: Pgs
Section 1.1 The Science of Chemistry 1.To understand the importance of learning chemistry 2.To define chemistry Objectives.
VT-HUN1013 Skyward Sword Milestone presentation Sverrir Haraldsson.
Noble gases. 1) The noble gases are highlighted - what group are they in?
Powerpoint Jeopardy Global WarmingClarityHindenburg Disaster Fuel Cell CarsElements
1 Bell Ringer What word should we think of when we think of pressure? 2. What is the formula for pressure? 3. What SI unit measures pressure?
Aseel Samaro Explaining the density of gases.  Have you ever wondered why helium balloons float or why carbon dioxide gas sinks?  The answer lies.
Balloon and Bouyancy Learning Goals: Students will be able on a molecular level to Explain why a rigid sphere would float or sink. Determine what causes.
Chapter 11, Section 2 Floating and Sinking. What is Density? A comparison of how much matter there is in a certain amount of space (solids, liquids, gases)
Hot Air Balloon For a fresh change try hot air balloon.
Joey Hendrickson and Georgette Green
Principles of Flight FEB 2017.
How Planes and Other Aircrafts Fly
POF Unit 2 Review.
Chapter 20: Gases How different from liquids? Many times they are invisible – therefore forgotten.
Aircraft Classifications
Presentation on Weather Balloon
Clicker #1 The two balloons above are the same size but contain different gases. How do the pressures inside the balloons compare? A) The pressures are.
Lighter-Than-Air Craft
Chapter Menu Lesson 1: Density
DO NOW 1. Identify 3 major aerospace manufacturing companies.
Mixed up Gas Law Review.
Clicker #1 The two balloons above are the same size but contain different gases. How do the pressures inside the balloons compare? A) The pressures are.
14 gases, pressure, Boyle’s Law & Bernoulli’s Principle
Uncontrolled copy not subject to amendment
Gas properties and temperature
Clicker #1 The two balloons above are the same size but contain different gases. How do the pressures inside the balloons compare? A) The pressures are.
Chemistry, Part I.
Gases Boyle’s Law.
Clicker #1 The two balloons above are the same size but contain different gases. How do the pressures inside the balloons compare? A) The pressures are.
Clicker #1 The two balloons above are the same size but contain different gases. How do the pressures inside the balloons compare? A) The pressures are.
Uncontrolled copy not subject to amendment
60 MINUTES REMAINING.
Aim: How can we explain density?
Theory of Flight Forces of Flight MS-PS2-2.
What happens when air is heated?
Charles’ Law.
Clicker #1 The two balloons above are the same size but contain different gases. How do the pressures inside the balloons compare? A) The pressures are.
Holly Hills Near Space Balloon Launch
Gases Boyle’s Law.
Many students have seen the cartoon movie “Up” Many students have seen the cartoon movie “Up”. To hook the students, consider playing the clip at.
Balloon and Bouyancy Learning Goals: Students will be able on a molecular level to Explain why a rigid sphere would float or sink. Determine what causes.
Density and Buoyancy.
Presentation transcript:

THE HOT AIR BALOON Dimitris Silitzoglou

THE HOT AIR BALOON The balloon is an aircraft , which means a volatile medium which remains suspended because " aerostatic globe ' fills with hot air or other gases (hydrogen, helium, gas etc.), lighter than air, resulting buoyancy capable to lift the aircraft, even if the overall density is almost the same compared to that of air.

TYPES OF FLIGHT WITH A HOT AIR BALOON KING FLIGHT : The flight was carried out with small balloons (up to 12 people) takes about 90 minutes and seeks the best discovery of Cappadocia from above. QUEEN FLIGHT : The flight takes place with larger balloons ( up to 20 people) and takes about 60 minutes .