how cell structure fits function (how the shape and features of a cell help it to do its job)

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How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

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Page 1: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

How Cell Structure Fits Function

(how the shape and features of a cell help it to do its job)

Page 2: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

BicycleHow does form fit function of some of the different parts?

Page 3: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

Tennis Racket How does form fit function of some of the different parts?

Page 4: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

Red Blood Cell

• Small and flexible to fit through tiny tubes.• NO nucleus to make more room for

more oxygen

Page 5: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

Nerve Cell

Long and branching arms to send messages quickly from any part of the body to the brain.

Page 6: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

Muscle Cell

• Long and skinny to contract and extend for movement. • Lots of nuclei to help large cell communicate.• Lots of mitochondria because cells need lots of energy.

Page 7: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

White Blood Cell

Can change shape to fit between tissues to find and fight infections.

Page 8: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

Leaf Cell

Has chloroplasts to change light energy into food (photosynthesis).

Page 9: How Cell Structure Fits Function (how the shape and features of a cell help it to do its job)

Root Cell

• Many large vacuoles to soak up and store water for the plant.

• NO chloroplasts because there is no light for photosynthesis.