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Introduction to Life Science What is Life?

Introduction to Life Science

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Introduction to Life Science. What is Life?. An ORGANISM is any living thing, both plant and animal. PLANTS. ANIMALS. When an organism is no longer living, it is considered to be DEAD !. Something is considered non-living if it was - PowerPoint PPT Presentation

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Page 1: Introduction to Life Science

Introduction to Life

Science

Introduction to Life

Science

What is Life?What is Life?

Page 2: Introduction to Life Science

An ORGANISM is any living thing, both plant and animal.

An ORGANISM is any living thing, both plant and animal.

PLANTSPLANTS ANIMALSANIMALS

Page 3: Introduction to Life Science

When an organism is no longer living, it is considered to be DEAD!

Page 4: Introduction to Life Science

SoilSoil

Air and waterTemperature

Page 5: Introduction to Life Science

What Characteristics do all Living Things Share?What Characteristics do all Living Things Share?

1.All living things move from one place to another.

2.They move toward food and water and away from danger!!

1.All living things move from one place to another.

2.They move toward food and water and away from danger!!

Page 6: Introduction to Life Science

2. All living things take in nourishment!a. Foodb. Waterc. Air

2. All living things take in nourishment!a. Foodb. Waterc. Air

Page 7: Introduction to Life Science

3. Living things change food into usable

energy.

=

3. Living things change food into usable

energy.

=

Page 8: Introduction to Life Science

4. All living things have the ability to remove wastes.

a. carbon dioxide (animals) or oxygen (plants).

b. sweat c. urine (pee pee) d. feces (poo poo)

4. All living things have the ability to remove wastes.

a. carbon dioxide (animals) or oxygen (plants).

b. sweat c. urine (pee pee) d. feces (poo poo)

Page 9: Introduction to Life Science

5. Living things grow and develop.

Growth- an increase in the size of an organism.

Development- to become more complex.

5. Living things grow and develop.

Growth- an increase in the size of an organism.

Development- to become more complex.

Page 10: Introduction to Life Science

6. All living things sense and respond to their environment.

6. All living things sense and respond to their environment.

..

Page 11: Introduction to Life Science

7. All living things have the ability to reproduce.

a. offspring- a babyb. species – members

of a group that are similar and can produce offspring.

7. All living things have the ability to reproduce.

a. offspring- a babyb. species – members

of a group that are similar and can produce offspring.

Page 12: Introduction to Life Science

ALL LIVING THINGS NEED THE FOLLOWING 5 THINGS TO SURVIVE:

ALL LIVING THINGS NEED THE FOLLOWING 5 THINGS TO SURVIVE:

NEEDS OF A LIVING THINGNEEDS OF A LIVING THING

Page 13: Introduction to Life Science

1. ENERGY TO CARRYON LIFE

PROCESSES!!!!!

1. ENERGY TO CARRYON LIFE

PROCESSES!!!!!

Page 14: Introduction to Life Science

•Autotrophs- make their own food (Plants).

•Heterotrophs- obtain food from other sources. (Animals)Herbivore- eat plants.Carnivore- eat animals (meat).

Omnivore- eat plants and animals.

•Autotrophs- make their own food (Plants).

•Heterotrophs- obtain food from other sources. (Animals)Herbivore- eat plants.Carnivore- eat animals (meat).

Omnivore- eat plants and animals.

Page 15: Introduction to Life Science

2. FOOD AND WATER2. FOOD AND WATER

Page 16: Introduction to Life Science

3.EXCHANGE OF GASES3.EXCHANGE OF GASES

Animals give Carbon Dioxide to plants.

Plants give Oxygen to animals.

Animals give Carbon Dioxide to plants.

Plants give Oxygen to animals.

Page 17: Introduction to Life Science

4. LIVING SPACE4. LIVING SPACE•All living things need a

habitat to find food, water and shelter.

•All living things need a habitat to find food, water and shelter.

Page 18: Introduction to Life Science

•Homeostasis is the ability of an organism to maintain a proper body temperature.

•98.6 degrees Fahrenheit for humans

•Homeostasis is the ability of an organism to maintain a proper body temperature.

•98.6 degrees Fahrenheit for humans