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Practice Quiz 2, there are a few questions on here that we have not talked about, so don't worry about those:

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Practice Quiz 2, there are a few questions on here that we have not talked about, so don't worry about those:

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http://highered.mheducation.com/sites/0073031208/student_view0/chapter9/multiple_choice.html

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http://www.biologycorner.com/quiz/qz_respiration.html

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http://www.cliffsnotes.com/study-guides/biology/biology/cellular-respiration/chemiosmosis

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Watch these videos

Understanding Glycolysis-Krebs-ETC together: https://www.youtube.com/watch?v=Gh2P5CmCC0M (start at 5:12)

Read Electron Transport Page 187 - 188. - ETC Best video: https://www.youtube.com/watch?v=g44wSRU5LXY

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use this animation to help you better understand the steps of Krebs.

http://www.mheducation.ca/school/applets/abbio/quiz/ch05/how_the_krebs_cycle_wor.swf

Watch this video either on your own, or with your partner to further understand the Krebs cycle: Understanding Krebs #5(start at 2:43, this guy doesn’t show the three places where you get the NADHs from):

https://www.youtube.com/watch?v=O6bInBQXtmM

Again, READ page 187 where it says Krebs cycle and try to relate it back to figure 5.19

I STRONGLY SUGGEST YOU USE THIS TUTORIAL ( I would skip the step by step Krebs review):

http://www.nfs.uvm.edu/nfs-new/activities/tutorials/krebscycle.html

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Good Tutorial for the entire Krebs cycle (same link from above) (this one is a holy grail)

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Good Tutorial for the entire Krebs cycle (same link from above) (this one is a holy grail)

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If you are done, take a deeper look.

If you are confused, use this tutorial to help you understand better.

The answers you seek...may be in this tutorial.

( I would skip the step by step Krebs review)

http://www.nfs.uvm.edu/nfs-new/activities/tutorials/krebscycle.html

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4. Explain oxidation and reduction in your own words, provide an example:

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4. Explain oxidation and reduction in your own words, provide an example:

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Scroll down and read the section about oxidation and reduction

http://www.rsc.org/Education/Teachers/Resources/cfb/respiration.htm

Now take a look at Figure 5.19 on page 187 of your textbook

Notice, after the 6 carbon molecule we "make" and NADH (it is being reduced) and we are "oxidizing" the six carbon molecule because it loses a CO2.

If this still doesn't make sense, use this tutorial to get a deeper understanding.

http://www.nfs.uvm.edu/nfs-new/activities/tutorials/krebscycle.html

hit start, and then "understanding redox reactions"

think about what does it mean "TO BE an OXIDIZER" vs "to be oxidized"

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Summary of Cellular Respiration (Details) Nitty Gritty  *EXTRA*

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Summary of Cellular Respiration (Details) Nitty Gritty  *EXTRA*

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http://science.halleyhosting.com/sci/soph/energy/resp/notes/krebs.htm

at the bottom of the page you can navigate to either glycolysis or ETC

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For Krebs, pay attention to right after 1:35 of the video

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Cellular Respiration Overview Animation with Glycolysis Krebs and ETC

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cellular respiration I. Energy flow & chemical cycling a. Autotrophs -- producers i. Solar energy à chemical energy b. Heterotrophs -- consumers i. Live off chemical energy c. Photosynthesis: i. Ingredients: 1. CO2 and H2O ii. Products: 1. Glucose and O2 d. Cellular respiration i. Plants & animals ii.

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3. What is the role or point of the Krebs cycle? What does it create that helps run the Electron Transport Chain? 

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3. What is the role or point of the Krebs cycle? What does it create that helps run the Electron Transport Chain? 

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Read Figure 5.19 page 187

also check out http://www.nfs.uvm.edu/nfs-new/activities/tutorials/krebscycle.html

"the role of krebs cycle in metabolism:"

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2. How is acetyl-CoA made? In other words, what makes up an acetyl-CoA? What energy molecule is created when acetyl-CoA is made? What else is given off when acetyl-CoA is made?

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2. How is acetyl-CoA made? In other words, what makes up an acetyl-CoA? What energy molecule is created when acetyl-CoA is made? What else is given off when acetyl-CoA is made?

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https://www.boundless.com/biology/textbooks/boundless-biology-textbook/cellular-respiration-7/oxidation-of-pyruvate-and-the-citric-acid-cycle-75/breakdown-of-pyruvate-359-11585/

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There is no Nobel Prize for biology, but the discipline's top award, the International Prize of Biology, has been awarded every year since 1985 by the Japan Society for the Promotion of Science. Of the 15 Americans who received the prize between 1985 and 2017, four were immigrants to the U.S.

Ernst Mayr, who won the prize in 1994, was honored for his work in systemic biology and taxonomy. Born in Germany in 1904, Mayr came to the U.S. to work in a curatorial position at the American Museum of Natural History. He joined Harvard's faculty in 1953.

Masatoshi Nei won the prize in 2002 for his work in evolutionary biology. He was born in Japan in 1931 and came to the U.S. to teach at Brown University and later at the University of Texas at Houston.

Biophysicist and cell biologist Shinya Inoue won the prize in 2003. He was born in Japan in 1921 and came to the U.S. to pursue graduate work at Princeton University.

Joseph Altman won the prize in 2012 for his work in neurobiology. He was born in Hungary in 1925, survived the Holocaust along with his family. They came to the United States by way of Germany and Austria. In the 1960s he discovered that adult brains could create new neurons - an insight that was overlooked until the late 1990s.

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These Four U.S. Immigrants Have Won One of Biology's Top Prizes

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There is no Nobel Prize for biology, but the discipline's top award, the International Prize of Biology, has been awarded every year since 1985 by the Japan Society for the Promotion of Science. Of the 15 Americans who received the prize between 1985 and 2017, four were immigrants to the U.S.

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1.  What product does glycolysis provide for the Krebs cycle? What must be attached to the product from glycolysis before it can enter the Krebs cycle? Explain in detail. 

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1.  What product does glycolysis provide for the Krebs cycle? What must be attached to the product from glycolysis before it can enter the Krebs cycle? Explain in detail. 

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https://www.boundless.com/biology/textbooks/boundless-biology-textbook/cellular-respiration-7/oxidation-of-pyruvate-and-the-citric-acid-cycle-75/breakdown-of-pyruvate-359-11585/

# data[].attributes.attachment_link.readable_text
There is no Nobel Prize for biology, but the discipline's top award, the International Prize of Biology, has been awarded every year since 1985 by the Japan Society for the Promotion of Science. Of the 15 Americans who received the prize between 1985 and 2017, four were immigrants to the U.S.

Ernst Mayr, who won the prize in 1994, was honored for his work in systemic biology and taxonomy. Born in Germany in 1904, Mayr came to the U.S. to work in a curatorial position at the American Museum of Natural History. He joined Harvard's faculty in 1953.

Masatoshi Nei won the prize in 2002 for his work in evolutionary biology. He was born in Japan in 1931 and came to the U.S. to teach at Brown University and later at the University of Texas at Houston.

Biophysicist and cell biologist Shinya Inoue won the prize in 2003. He was born in Japan in 1921 and came to the U.S. to pursue graduate work at Princeton University.

Joseph Altman won the prize in 2012 for his work in neurobiology. He was born in Hungary in 1925, survived the Holocaust along with his family. They came to the United States by way of Germany and Austria. In the 1960s he discovered that adult brains could create new neurons - an insight that was overlooked until the late 1990s.

# data[].attributes.attachment_link.title
These Four U.S. Immigrants Have Won One of Biology's Top Prizes

# data[].attributes.attachment_link.description
There is no Nobel Prize for biology, but the discipline's top award, the International Prize of Biology, has been awarded every year since 1985 by the Japan Society for the Promotion of Science. Of the 15 Americans who received the prize between 1985 and 2017, four were immigrants to the U.S.