Eoc homeostasis
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EOC Homeostasis. Homeostasis. Homeostasis. - maintaining a balance. Low. High. even distribution. high low concentration. even distribution. High concentration. Low concentration. High concentration. Low concentration. Osmosis. Active Transport.

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EOC Homeostasis

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Eoc homeostasis

EOCHomeostasis


Eoc homeostasis

Homeostasis


Eoc homeostasis

Homeostasis

- maintaining a balance


Eoc homeostasis

Low

High


Eoc homeostasis

even distribution


Eoc homeostasis

high low concentration

even distribution


Eoc homeostasis

High

concentration

Low

concentration


Eoc homeostasis

High

concentration

Low

concentration


Eoc homeostasis

Osmosis


Eoc homeostasis

Active Transport


Eoc homeostasis

Going against the flow


Eoc homeostasis

Low concentration

High

concentration


Eoc homeostasis

Low concentration

High

concentration

Requires input of energy

- diffusion and osmosis do not


Eoc homeostasis

Cell model

98% water = High

95% water = Low


Eoc homeostasis

Cell model

98% water = High

95% water = Low


Eoc homeostasis

Cell model

98% water = High

95% water = Low


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water

?


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water

?

Not if it is losing water.


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water

?

Not if it is losing water.


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water

?

Not if it is losing water.

It should if it loses water


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water

?

Not if it is losing water.

It should if it loses water


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water

?

Not if it is losing water.

It should if it loses water

Only water can exit.


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water

?

Not if it is losing water.

It should if it loses water

Only water can exit.


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water

?

Not if it is losing water.

It should if it loses water

Only water can exit.

Nope


Eoc homeostasis

Cell model

98% water = High

95% water = Low

The cell will lose water


Eoc homeostasis

High H2O


Eoc homeostasis

High H2O

Freshwater


Eoc homeostasis

High H2O

Freshwater

LowerH2O


Eoc homeostasis

High H2O

Freshwater

LowerH2O

Freshwater


Eoc homeostasis

High H2O

Freshwater

LowerH2O

Freshwater


Eoc homeostasis

High H2O

Freshwater

LowerH2O

Freshwater


Eoc homeostasis

High H2O

Freshwater

LowerH2O

Freshwater


Eoc homeostasis

High H2O

Freshwater

LowerH2O

Freshwater


Eoc homeostasis

x


Eoc homeostasis

x

x


Eoc homeostasis

x

x

x

The concentration of water may vary, but the permeability of the membrane stays the same.


Eoc homeostasis

x

Why is the salt removed?

x

x


Eoc homeostasis

x

To maintain homeostasis

x

x


Eoc homeostasis

x

To maintain homeostasis

x

x


Eoc homeostasis

High H2O


Eoc homeostasis

High H2O

Low H2O


Eoc homeostasis

High H2O

Low H2O


Eoc homeostasis

High H2O

x

Low H2O


Eoc homeostasis

High H2O

x

x

Low H2O


Eoc homeostasis

High H2O

x

x

Low H2O


Eoc homeostasis

x


Eoc homeostasis

x


Eoc homeostasis

x

x


Eoc homeostasis

x

x


Eoc homeostasis

x

x

x


Eoc homeostasis

x

x

x


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