https://padlet.com/lexinorris001/cougars_norris Made with a little mischief en-us 2016-12-05 20:54:55 UTC 2025-11-01 20:39:35 UTC hello@padlet.com lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/141885979 Chemical formual 
6CO2 +6H2O-------->C6H1206+6O2
Inputs-
sun light,
water,  
and carbon
Outputs- Glucose, oxygen]]> 2016-12-05 21:04:02 UTC https://padlet.com/lexinorris001/cougars_norris/wish/141885979 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142928077 Aerobic(oxygen)
Anaerobic(no oxygen)

]]> 2016-12-10 02:14:43 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142928077 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142928104 Glycoysis(anaerobic)
Krebs cycle(aerobic)
Electron transport chain(aerobic)]]> 2016-12-10 02:16:33 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142928104 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142928199 Inputs:
Glucose, 
oxygen, 
2 molecules of ATP, 
 and C6 H12 O6

Outputs:
4 molecules ATP, 
2 molecules of NADH, 
and 2 molecules pyruvic acid ]]> 2016-12-10 02:22:30 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142928199 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142928319 1. The energy of 2 ATP is used to convert glucose into two molecules of PGAL.
2. The two molecules of PGAL will be oxidized to produced two molecules  of pyruvic acid. Pyruvic acid is a 3-carbon compound.
3. As the PGAL is oxidized, two molecules of NAD+ wil be reduced to form two molecules of NADH. These will be used in the electron transport chain. 
4. The oxidation of PGAL also results in the production of 4 ATP.
5. The pyruvic acid may:
A: enter the mitochondria for the krebs cycle

B:May remain in the cytoplasm for fermentation]]> 2016-12-10 02:29:18 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142928319 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142928497 1. Even though cellular respiration is an energy releasing process, the cell must invest a small amount of energy to get the reaction going.

2. Two molecules of ATP are consumed at the beginning, but 4 molecules of ATP are produced by the end of glycolysis.

3.  Glycolysis has gain of two ATP

]]> 2016-12-10 02:40:24 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142928497 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142928702 2016-12-10 02:50:54 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142928702 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142928725 1: During thus reaction, two high-energy electrons are removed from PGAL. These electrons are passed to the electrons acceptor NAD+.
2.  NAD+ in respiration is similar to NADP+ in photosynthesis.
3. Each NAD+ accepts a pair of electrons to form NADH.
4. This  NADH holds the electrons until they can be transferred to other molecules.
5. NAD+ helps to pass the energy from glucose to other pathways in the cells.]]> 2016-12-10 02:52:25 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142928725 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142928914 2016-12-10 03:01:43 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142928914 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142929297 2016-12-10 03:15:09 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142929297 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142929451 2016-12-10 03:19:18 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142929451 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142929537 Photosynthesis alters earth atmosphere because plants releases CO2 which can't escape the atmosphere and over time the earth with warm up.]]> 2016-12-10 03:22:22 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142929537 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142929775 Law of conservation of matter or principle of mass conservation states that for any system closed to all transfers of matter and energy, the mass of the system must remain constant over time, as system mass cannot change quantity if it is not added or removed. Hence, the quantity of mass is "conserved" over time.]]> 2016-12-10 03:31:44 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142929775 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142929821 the law of conservation of energy states that the total energy of an isolated system remains constant—it is said to be conserved over time. Energy can neither be created nor destroyed; rather, it transforms from one form to another.]]> 2016-12-10 03:34:11 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142929821 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/142929858 It implies that energy can neither be created nor destroyed, but can be change from one form to another. The law of conservation of mass states that the total amount of mass remains constant in an isolated system in spite of any physical or chemical changes that may take place.]]> 2016-12-10 03:35:26 UTC https://padlet.com/lexinorris001/cougars_norris/wish/142929858 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/143503844 A: There are 2 possibilities for the path that pyruvic acid will now take. It depends on whether or not oxygen is present.
B: If oxygen is present: 
1. In the presences of oxygen, the pyruvic acid will enter the mitochondria and undergo aerobics respiration. 
2. Aerobic respiration includes the stages known as the krebs cycle and the electron transport chain. 
3. Aerobic respiration  will yield many more ATP than glycolysis.
 C: If no oxygen is available:
1. In the absence of oxygen, the pyruvic acid will enter the anaerobic pathways of fermentation.
2. Fermentation yields no additional ATP.
3. This occurs in the cytoplasm.]]> 2016-12-13 23:07:50 UTC https://padlet.com/lexinorris001/cougars_norris/wish/143503844 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/143504489 1. Glycolysis only produces a gain of 2 ATP per molecule of glucose, but the process is so fast that 1000'2 of ATP are produced in just a few milliseconds.
2. Another advantages is that glycolysis does not oxygen. Energy can be produced for thye cell even if no oxygen is present. ]]> 2016-12-13 23:17:11 UTC https://padlet.com/lexinorris001/cougars_norris/wish/143504489 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/143504747 If the cell relied only on glycolysis for ATP production, the cell would quickly run out of NAD+ to accept the hydrogen electrons. WIthout NAD+ the cell cant keep glycolysis going and ATP production would stop. To keep glycolysis going, the NADH must deliver their high-energy cargo of electrons to another pathway,, and then return to glycolysis to be used again.]]> 2016-12-13 23:21:15 UTC https://padlet.com/lexinorris001/cougars_norris/wish/143504747 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/143505034 1. The krebs cycle 
2. The electron transport chain]]> 2016-12-13 23:26:50 UTC https://padlet.com/lexinorris001/cougars_norris/wish/143505034 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/143505115 1. The oxidation of glucose is completed.
2. The hydrogen that is removed from pyruvic acid will be accepted by NAD+ to form NADH.
3. There will be a small yield of ATP]]> 2016-12-13 23:28:10 UTC https://padlet.com/lexinorris001/cougars_norris/wish/143505115 lexinorris001 https://padlet.com/lexinorris001/cougars_norris/wish/143505201 1. The NADH that has been produced during glycolysis and the krebs cycle will be used to produce ATP.
2. Most of the ATP produced during aerobic respiration is produced by the electron transport chain.]]> 2016-12-13 23:30:09 UTC https://padlet.com/lexinorris001/cougars_norris/wish/143505201