Forces of Flight
Renewable Energy
Non Renewable Energy
History of Aviation
Air
100

These are the four main forces acting on an airplane.

Thrust, Lift, Weight, Drag

100

Energy from the sun is called this.

Solar Energy

100

Oil, coal, and natural gas are all examples of this type of fuel.

Fossil Fuels

100

This pair of brothers made the first successful powered airplane flight in 1903.

The Wright Brothers
100

What is an aircraft?

An aircraft is a vehicle that is designed by humans to travel through the air. Jets, Airplanes, Helicopters

200

This force opposes thrust and slows the airplane down.

Drag

200

This renewable fuel is made from plant and animal materials.

Biomass

200

What are the cons of Non-Renewable energy?

  • Will eventually run out

  • Causes air pollution

  • Contributes to global warming

  • Can cause health problems

  • Damages land and water (mining, oil spills)

  • Nuclear energy creates radioactive waste

200

What is the biggest obstacle that makes flying a challenge as humans are not designed to fly.

Gravity- 

Gravity

is the force of attraction that pulls together all matter. The Earth has a

gravitational pull that pulls all matter towards the centre of the earth. This keeps us on

the ground and it makes things that are in the air, fall to the ground.

200

How does a hot air balloon achieve lift?

Here’s how it works:

  1. The burner heats the air inside the balloon.

  2. When air is heated, it expands and becomes less dense (lighter) than the cooler air outside.

  3. Because the air inside is lighter than the surrounding air, the balloon rises.

300

This force is created by the engines to move the airplane forward.

Thrust

300

Cons of renewable energy

  • Depends on weather (sun, wind, rain)

  • Can be expensive to build initially

  • Energy production can be inconsistent

  • Requires large areas of land

  • Energy storage (batteries) can be costly

  • May impact wildlife and natural habitats

300

What are the pros of Non-Renewable Energy?

  • Produces large amounts of energy

  • Reliable and available anytime

  • Relatively inexpensive

  • Easy to transport and store

  • Existing infrastructure is already built

  • Supports many jobs and industries

300

What is the name of the Lego Aircraft that Miss Labrie gifted to her brother?

The Concorde

300

What is a fluid?

 Air is a fluid that is made of different air particles that are loosely held together in a gas form. A fluid is any substance that flows, which means air is a fluid as the gas flows in our atmosphere. 

If air was not a fluid, nothing could fly through it. In outer space, it is a vacuum, meaning

there is no air. With no fluid, it would be impossible to takeoff from the moon the same way

airplanes takeoff on Earth. This is because airplanes use the properties of air to achieve lift

off. To achieve lift, an airplane will travel quickly through the fluid in the air. The plane’s

400

What is buoyancy in flight?

is the upward force that allows an object to float in a fluid — including air.

In aviation, buoyancy is what makes lighter-than-air aircraft rise.

400

Pros of renewable energy


  • Will not run out

  • Produces little to no air pollution

  • Reduces greenhouse gas emissions

  • Better for the environment

  • Can lower energy costs over time

  • Creates jobs in growing industries



400

This type of non-renewable energy comes from uranium.

Nuclear Energy

400

What is the percentage of people in the world that are afraid of flying?

80%

400

Why are birds and planes aerodynamic?

Aerodynamics

means we make objects that have a shape which reduces the drag from air moving

past. Turning your hand sideways when you have it out a car window reduces the

drag from the air moving past as the fluid (air) can easily move past the small

surface area of your hand. Therefore, we can reduce drag by making aerodynamic

planes that cut through the air easier.

500

This force pulls an airplane down toward the Earth.

Gravity/ Weight

500

How can we conserve energy?


  • Turn off lights and electronics when not in use

  • Use energy-efficient light bulbs (LEDs)

  • Unplug chargers and devices when not needed

  • Use less hot water

  • Adjust thermostat settings (lower in winter, higher in summer)

  • Use public transportation, carpool, bike, or walk

  • Insulate homes to reduce heating and cooling use

  • Use energy-efficient appliances



500

Burning these fuels releases gases that trap heat in the atmosphere, causing global warming.

Greenhouse gases

500

% of the world’s population have ever been on an airplane?

5%

500

This principle explains how faster-moving air over a wing creates lift.

Bernoulli's Principle

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