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Save The Penguins

Published on Dec 29, 2015

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PRESENTATION OUTLINE

SAVE THE PENGUINS

BY: ALEXIS CHERRY AND MCKAYLA DOTSON

CONDUCTION

THE TRANSFER OF HEAT BY MOLECULES BUMPING INTO ONE ANOTHER

CONVECTION

TRANSFER OF ENERGY THROUGH FLOW OF MATERIAL

RADIATION

TRANSFER OF ENERGY THROUGH WAVES/SPACE

LAYERS OF THE ATMOSPHERE

INCLUDE THE ATMOSPHERE, TROPOSPHERE, STRATOSPHERE, MESOSPHERE, AND THEREMOSHERE

THE ATMOSPHERE

THE ATMOSPHERE IS THE LAYER OF AIR SURROUNDING EARTH.

TROPOSPHERE

LAYER OF EARTH'S ATMOSPHERE CLOSEST TO THE GROUND

STRATOSPHERE

LAYER OF ATMOSPHERE THAT CONTAINS THE OZONE LAYER

MESOSPHERE

COLDEST LAYER OF THE ATMOSPHERE IN WHICH METEORS BURN UP

THERMOSPHERE

THICKEST AND HOTTEST LAYER OF THE ATMOSPHERE

OZONE LAYER

LAYER IN THE STRATOSPHERE THAT ABSORBS MOST OF THE SUNS ULTRAVIOLET RADIATION

WEATHER VS CLIMATE

WEATHER IS DAY TO DAY FORECAST WHEN CLIMATE IS MONTHLY

PICTURE OF CLIMATE

CLIMATE CHANGE AFFECTS PENGUINS

*THE ICE MELTS MAKING IT HARD TO GET TO BREEDING GROUNDS.

* IT ALSO HELPS MELTING THE ICE BECAUSE IT MAKES HOLES TO GET FOOD EASIER

ADAPTATIONS

ANY STRUCTURAL OR BEHAVIORAL CHANGE THAT HELPS AN ORGANISM SURVIVE IN ITS PARTICULAR ENVIRONMENT

FEET

HELPS PENGUIN CONSERVE HEAT

WINGS

HELPS PENGUIN TO SWIM UNDERWATER

TAIL

HELPS PENGUINS STEER WATER

BEAK&MOUTH

CARRY ROCKS FOR NESTING AND HAVE TEETH IN MOUTH THAT HELPS SWALLOW THERE PRAY WHOLE

EYES

ONE EYE IS TO STAIR FORWARD AND THE OTHER IS TO MOVE BACK AND FORTH TO EXAMINE ITS SURROUNDINGS

BODY

BODIES ARE HYDRODYNAMIC SO THEY CAN ALMOST FLY IN THE WATER

FEATHERS

PROVIDES THICK, WARM UNDERCOAT

PREENING

IT MAKES FEATHERS SMOOTH,CLEAN, AND WATER PROOF

BUILDING OF OUR STRUCTURE

1.FIRST GET FIVE STICKS AND TAPE THEM TOGETHER

2.THEN YOU HAVE 4 SIDES AND THEN COVER THEM WITH COTTON AND TAPE THEM TO THE STRUCTURE

3. LEAVE ONE HOLE WITHOUT COTTON BALL AND PUT PENGUIN IN.

4. COVER HOLE WITH COTTON BALL AND PUT TAPE AROUND IT.

COMPLETED STRUCTURE

TESTING THE STRUCTURE

HOW WELL DID YOUR DESIGN WORK?

OUR PENGUIN WEIGHED 9AND THEN AFTER TESTING IT WEIGHED 7,SO WE THINK IT WORKED VERY WELL.

HOW COULD YOU REDESIGN YOUR STRUCTURE TO MAKE IT BETTER?

WE COULD HAVE MADE OUR STRUCTURE BIGGER.

WHAT LIMITED YOU IN YOUR DESIGN THAT YOU WISH YOU COULD HAVE CHANGED?

WE COULD HAVE HAD MORE MONEY SO WE COULD HAVE HAD MORE THING WE NEEDED.