Cell Walls Border the surroundings of a particular organism or species. ONLY border a particular organism or species belonging to the Animale family. Animal.

Cell Walls

Border the surroundings of a particular organism or species.

ONLY border a particular organism or species belonging to the Animale family.

Animal Cells- produce nitrogen in a process called Cellular Respiration.

Plant Cells- produce chloroplast in a process called Photosynthesis.

Cell Decay

The Dentrification of a particular cell, whether in the Animale or Insectisdae family, shall always be equal to the amount of ammonium in an individual organism.

Particular Systems- independent of all th bodies in a computer. Otherwise known as Defragmented Systems. ( they produce direct forces on an occasional basis)

Adhesion to a body

Whether a cell is attached to a particular body Is unknown, but attributed to the amount of oxygen in that Particular System.

So indefinitely, we can further conclude that cells only attach to bodies if there Is a dependent variable, or a reliable source such as a file folder with more than at least 56 KB.

Adhesion to a system

Cell Membrane System:

Systematic Mitochondria:

Affect on Cells in a Particular System:

Differences In Animale and Insectisdae:

Chloroplast and Photosynthesis

Mitochondria and Cellular Respiration

REVIEW FOR TEST WEDNESDAY! 9/17

Classwork/Homework

Find information about all of the following topics listed below, list as many details as you can.

Cell Membrane System:Systematic Mitochondria:Affect on Cells in a Particular System:Differences In Animale and Insectisdae:Chloroplast and PhotosynthesisMitochondria and Cellular Respiration

Animale

Plant Cell

Animal Cell

MICROORGANISMS

Topic #5

Dismantle

When organisms dismantle, they set apart from each other or separate.

Dismantling organisms can be complicated at times, but it is only easy when Carbon is used in it’s flow.

Carbon can be dismantled from an organism by transfiguring its form into liquid hydroxide or Nitrogen.

Conjunct

When an organism conjuncts, it is attaching itself to another organism by entering the process of Denegitation.

Negitation: morphing from one shape to the next, until the organism would get to small to fit in the body, and would coagulate.

Bodily Functions- Nutris, Dentris, Conjunctivitis, Negitatus, and Dismantus.

Bodily Functions of an Individual Organism

Nutris

your computer is provided it’s nutritional needs.

Dentris

your computer is cleaned out, and disk space is freed up

Conjunctivitis

if two systems are attached to each other, they will be combined into an opal body

Negitatus

in a skeletal system, disk space will be removed and the Tractal body will NOT benefit other organisms. ( in Denegitatus, the Tractal body will benefit other organisms.

Dismantus

the dismantling of several organisms in a system or body of

mechanics.

Increasingly Size Pyramids

A size pyramid measures the amount of energy used per bodily function in a dismantled organism.

The different colors stand for the type of organism, and it’s process that is being consumed by a particular bodily function

0102030405060708090100

Dismantus

Nutris

Dentris

Conjunctis

IO

AL

CIO

Bodily Function Pyramids

0

20

40

60

80

100

120

140

Dismantus

GPE

Dentris

Nutris

Negitatus

In a bodily function pyramid, you are comparing energy to its flow and cooperation with bodily functions.

The x axis represents three different types of energy: KE, GPE, and EPE

Normally energy only flows through functions that involve the removal of

fragments.

Double The Metabolism!

Exactly how much energy is an IO?

What is Metabolism?

If an organism has a metabolism, than how much does an IO weigh?

Dentris does what kind of work in particular system.

What is a bodily Function Pyramid, and how does it work?

What is the difference between a bodily function pyramid, and a increasingly size pyramid?

Worksheets 10/13-10/17

10/13- Metabolism

10/14- DNA

10/15- Fragmented Organisms

10/16- More on IO’s, Start Written Essay

10/17- Written Essay, and TEST #4