Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all...

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Brain Pop

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Transcript of Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all...

Page 1: Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all organisms Yet, this energy cannot directly start cell processes,

Brain Pop

Page 2: Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all organisms Yet, this energy cannot directly start cell processes,

Where do plants get their energy? The Sun’s heat and light give energy to

all organisms Yet, this energy cannot directly start

cell processes, it has to be changed into chemical energy

Plants capture energy from the sun… and convert it into chemical energy

Page 3: Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all organisms Yet, this energy cannot directly start cell processes,

Through Photosynthesis Photosynthesis: plants use sunlight to

form sugar molecules (chemical energy) called carbohydrates

Sugar molecules are made by plants taking in water and carbon dioxide (taken in by leaves)

Oxygen is produced (given off) by plants Plants are producers

Page 4: Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all organisms Yet, this energy cannot directly start cell processes,

Photosynthesis 6CO2 + 6H2O+ solar energy

C6H12O6+6O2

CO2(carbon dioxide) H2O= water C6H12O6= carbohydrates (glucose) O2= oxygen

Page 5: Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all organisms Yet, this energy cannot directly start cell processes,

Multi-cellular organisms that have a cell wall and make their own food through photosynthesis

First species of plants did not posses a vascular system (xylem) to carry water up from the roots

2 types of plants: Angiosperms & Gymnosperms

Page 6: Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all organisms Yet, this energy cannot directly start cell processes,

Gymnosperms Evergreens with

needle-like leaves that produce seeds enclosed in cones

Examples: Pine and acorn trees

Reproductive method: drops cones to ground

Able to survive through rough weather

Angiosperms Flowering plants that

have their seeds enclosed in fruit

Examples: Flowers and trees

Reproductive method: reproductive structures

Male-Stigma (generates pollen)

Female-ovum Pollen can travel by what

2 ways?

Page 7: Brain Pop. Where do plants get their energy? The Sun’s heat and light give energy to all organisms Yet, this energy cannot directly start cell processes,

Discuss two ways that you have benefited from the Plant Kingdom.


8.1 How Organisms Obtain Energy 2014

8.1 How Organisms Obtain Energy 2014

How Living Organisms Obtain Energy

How Living Organisms Obtain Energy

Cell Energy: PHOTOSYNTHESIS + CELL ENERGY PHOTOSYNTHESIS: How can we classify organisms in how they get energy? In what ways do organisms get energy?

Cell Energy: PHOTOSYNTHESIS + CELL ENERGY PHOTOSYNTHESIS: How can we classify organisms in how they get energy? In what ways do organisms get energy?

LESSON 1 Matter and Energy in Organisms · Organisms need both matter and energy to perform functions. For example, organisms need matter and energy to move, keep their bodies warm,

LESSON 1 Matter and Energy in Organisms · Organisms need both matter and energy to perform functions. For example, organisms need matter and energy to move, keep their bodies warm,

(Nutrients). Ecosystems need nutrients and energy Nutrients are Organisms transform nutrients Energy flows “Circle of Life” Organisms Environment.

(Nutrients). Ecosystems need nutrients and energy Nutrients are Organisms transform nutrients Energy flows “Circle of Life” Organisms Environment.

FOOD CHAINS & WEBS. the ultimate energy source consumer 1 Energy Flow The sun’s energy flows into organisms that can change the sunlight into food then.

FOOD CHAINS & WEBS. the ultimate energy source consumer 1 Energy Flow The sun’s energy flows into organisms that can change the sunlight into food then.

III.Living Organisms A.Properties of living organisms B.Cellular structure C.Metabolism and energy III. Living Organisms A. Properties of Living Organisms.

III.Living Organisms A.Properties of living organisms B.Cellular structure C.Metabolism and energy III. Living Organisms A. Properties of Living Organisms.

Producers, Consumers and Decomposers All organisms in an ecosystem need energy to live. Organisms can be grouped by how they get energy. Organisms in an.

Producers, Consumers and Decomposers All organisms in an ecosystem need energy to live. Organisms can be grouped by how they get energy. Organisms in an.

A. Autotrophs - use sun’s energy directly (plants) B. Heterotrophs - obtain energy by the foods they eat. (animals)

A. Autotrophs - use sun’s energy directly (plants) B. Heterotrophs - obtain energy by the foods they eat. (animals)

Passive Solar House A passive solar house is heated by the sun’s energy.

Passive Solar House A passive solar house is heated by the sun’s energy.

Section 9.2 Photosynthesis: Trapping the Sun’s Energy

Section 9.2 Photosynthesis: Trapping the Sun’s Energy

Food Chains & Food Webs D. Crowley, 2008 Key terms Producer - utilise the sun’s energy to produce their own food, e.g. plants and algae Consumer - organisms.

Food Chains & Food Webs D. Crowley, 2008 Key terms Producer - utilise the sun’s energy to produce their own food, e.g. plants and algae Consumer - organisms.

Chapter 2 Earth and the Sun’s Energy The Big Idea Earth’s movement and the sun’s energy interact to create day and night, temperature changes, and the.

Chapter 2 Earth and the Sun’s Energy The Big Idea Earth’s movement and the sun’s energy interact to create day and night, temperature changes, and the.

Energy and Living Organisms

Energy and Living Organisms

Sun’s Energy Quick Review. Radiation that bounces off a surface is 1. reflected energy 2. transmitted energy 3. emitted energy 4. absorbed energy.

Sun’s Energy Quick Review. Radiation that bounces off a surface is 1. reflected energy 2. transmitted energy 3. emitted energy 4. absorbed energy.

How Biological Organisms Use Energy - Serendip Studio's ...serendip.brynmawr.edu/exchange/files/how organisms...  · Web viewHow do biological organisms use energy? ... cellular

How Biological Organisms Use Energy - Serendip Studio's ...serendip.brynmawr.edu/exchange/files/how organisms...  · Web viewHow do biological organisms use energy? ... cellular

The Sun’s Energy Some of the sun’s energy is blocked by the ozone layer, (UV radiation) some is absorbed by our atmosphere, (Infrared radiation) and some.

The Sun’s Energy Some of the sun’s energy is blocked by the ozone layer, (UV radiation) some is absorbed by our atmosphere, (Infrared radiation) and some.

Chloroplasts trap the Sun’s energy and use it ... - Weebly

Chloroplasts trap the Sun’s energy and use it ... - Weebly

Energy & Organisms

Energy & Organisms

Splash Contents Chapter Introduction Organisms and Energy 2.1Characteristics of Organisms 2.2Energy and Nutrients 2.3Energy and Ecosystems Energy Flow.

Splash Contents Chapter Introduction Organisms and Energy 2.1Characteristics of Organisms 2.2Energy and Nutrients 2.3Energy and Ecosystems Energy Flow.