by rachel wiegman, brian lieu, & nathan sadrai. as we see they are very different. the...

7
By Rachel Wiegman, Brian Lieu, & Nathan Sadrai

Upload: evelyn-dickerson

Post on 21-Jan-2016

212 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: By Rachel Wiegman, Brian Lieu, & Nathan Sadrai. As we see they are very different. The Prokaryotic cell is simpler and easier to study. The Eukaryotic

By Rachel Wiegman, Brian Lieu, & Nathan Sadrai

Page 2: By Rachel Wiegman, Brian Lieu, & Nathan Sadrai. As we see they are very different. The Prokaryotic cell is simpler and easier to study. The Eukaryotic

As we see they are very different. The Prokaryotic cell is simpler and easier to study. The Eukaryotic cell is a better model to explain the process, function, or structure of the cell because it is a more complicated and complete cell to study.

Page 3: By Rachel Wiegman, Brian Lieu, & Nathan Sadrai. As we see they are very different. The Prokaryotic cell is simpler and easier to study. The Eukaryotic

We choose this diagram because it helps us get a feel on how grouping species work. The diagram shows different kinds of living organisms. The color of the graphics is not important but the structure of the figure shows the species breadth and how the species began. The diagram was put in the textbook to help show students the branches of increasing breadths

Page 4: By Rachel Wiegman, Brian Lieu, & Nathan Sadrai. As we see they are very different. The Prokaryotic cell is simpler and easier to study. The Eukaryotic

Evaluate the importance of using reductionism as a learning technique

Identify the relationship between consumers and producers

Why is the arrangement and interactions of parts crucial to life?

Prove that there is unity in the diversity of life

Page 5: By Rachel Wiegman, Brian Lieu, & Nathan Sadrai. As we see they are very different. The Prokaryotic cell is simpler and easier to study. The Eukaryotic

Another form of Reductionism is used in the principle of redox. In it, reduction is explained and used as adding electrons rather then reducing a component.

In further reading, you will find ecosystems can also be energy flow and chemical cycling among the various biotic and abiotic components.

Page 6: By Rachel Wiegman, Brian Lieu, & Nathan Sadrai. As we see they are very different. The Prokaryotic cell is simpler and easier to study. The Eukaryotic

Original sentenceA eukaryotic cell is subdivided by internal membranes into various membrane-enclosed organelles, including the chloroplasts.

Clarified sentenceEukaryotic cells are bigger and more complex, they contain different sacks such as a nucleus which carries cell information.

Original sentenceThe first two domains, domain Bacteria and domain Archaea, both consist of prokaryotes. Most prokaryotes are unicellular and microscopic.

Clarified sentenceBacteria and Archaea are prokaryotes and everything else is a eukaryotic.

Page 7: By Rachel Wiegman, Brian Lieu, & Nathan Sadrai. As we see they are very different. The Prokaryotic cell is simpler and easier to study. The Eukaryotic

In an ecosystem energy flows through producers and consumers and is converted while giving off thermal energy.

Producers and Consumers are species and have been grouped into three domains; Bacteria, Archaea, and Eukarya.

Cells make up living things, and DNA is in the chromosomes of cells. The main forms of cells are prokaryotic, making up microorganisms, and eukaryotic cells, that compose all other forms of life.

Biological systems affect emergent properties. Found in biological systems is the regulation of negative and positive feedback.