Fact: This is another lame game like "rate above picture"
Fact: You weren't specific when you said fact. Should've added some rules :DFact: This is another lame game like "rate above picture"
how is facts a lame game? its a game where people can find out facts which they never knew. I never knew people were gonna start naming dumb facts...
ok rip .... people stating dumb facts
Simple game, just say 1 fact as you go a long.
Russia has a larger surface area than Pluto.
ok rip .... people stating dumb factsSimple game, just say 1 fact as you go a long.
Russia has a larger surface area than Pluto.
SINCE YOU ARE ASKING FOR NERDISH FACTS HERE YOU ARE.
Photorespiration is a wasteful process that occurs to plants that only do C3-photosynthesis. Photorespiration is due to the fact that RubisCO (C3-photosynthesis enzyme) is capable to fix CO2, O2 and ribulose 1,5-biphopshate during the Calvin cycle.
When the plant is in a stable situation and appropriate environment, the stomata are open and therefore, CO2 can enter the plant and the useless O2 can exit. At this moment, only CO2 fixes to RubisCO and C3 photosynthesis can occur since the O2 exits the plant by the stomata.
When RubisCO fixes 3 ribulose 1,5-biphopshate (5-carbon molecule) and 3CO2, it joins the 2 molecules together in order to produce 3 unstable 6-carbon molecules that split in order to produce 6 G3P (glyceraldehyde-3-phosphate : 3-carbon molecule). 5 G3P are used in order to recycle and to produce the 3 ribulose 1,5-biphopshate in order to use them in the other Calvin cycles and only 1 G3P is used in order to produce carbohydrates. When this process is done twice, 2 G3P are produced and these 2 G3P merge together in order to produce C6H12O6 (glucose).
However, when the plant is in a stressful situation (extreme temperatures), the plan loses H2O (water) and then, the stomata close since there is not enough water in the vacuole of the cells that make up the stomata and these cells who were turgid and used to make the stomata open, become flaccid and manage close the stomata. Since the stomata are closed, CO2 cannot enter the cell anymore and the O2 produced in the previous photosynthesis accumulates. At this moment RubisCO fixes ribulose 1,5-biphopshate and O2 and the result of this process is 5 G3P that are recycled and an useless molecule that has to be destroyed by the cell (=> Photorespiration).
Photrespiration is therefore considered as a wasteful process for the plant since plants cannot create carbohydrates anymore when RubisCO fixes O2 and that's why some plants are less productive in extreme temperatures.
Some plants can do CAM-photosynthesis and C4-photosynthesis in order to resist extreme temperatures. C4-photosynthesis have an other enzyme in their mesophyll cells (PEP carboxylase) that only fixes CO2 while CAM-photosynthesis plants can separate parts of the photosynthesis (some at night, some at day) in order to avoid photorespiration.
Have fun.
ReFresh is "fun" at parties.ok rip .... people stating dumb factsSimple game, just say 1 fact as you go a long.
Russia has a larger surface area than Pluto.
SINCE YOU ARE ASKING FOR NERDISH FACTS HERE YOU ARE.
Photorespiration is a wasteful process that occurs to plants that only do C3-photosynthesis. Photorespiration is due to the fact that RubisCO (C3-photosynthesis enzyme) is capable to fix CO2, O2 and ribulose 1,5-biphopshate during the Calvin cycle.
When the plant is in a stable situation and appropriate environment, the stomata are open and therefore, CO2 can enter the plant and the useless O2 can exit. At this moment, only CO2 fixes to RubisCO and C3 photosynthesis can occur since the O2 exits the plant by the stomata.
When RubisCO fixes 3 ribulose 1,5-biphopshate (5-carbon molecule) and 3 CO2, it joins the 2 kinds of molecules together in order to produce 3 unstable 6-carbon molecules that split in order to produce 6 G3P (glyceraldehyde-3-phosphate : 3-carbon molecule). 5 G3P are used in order to recycle and to produce the 3 ribulose 1,5-biphopshate in order to use them in the other Calvin cycles and only 1 G3P is used in order to produce carbohydrates. When this process is done twice, 2 G3P are produced and these 2 G3P merge together in order to produce C6H12O6 (glucose).
However, when the plant is in a stressful situation (extreme temperatures), the plan loses H2O (water) and then, the stomata close since there is not enough water in the vacuole of the cells that make up the stomata and these cells who were turgid and used to make the stomata open, become flaccid and manage to close the stomata. Since the stomata are closed, CO2 cannot enter the cell anymore and the O2 produced in the previous photosynthesis accumulates. At this moment RubisCO fixes ribulose 1,5-biphopshate and O2 and the result of this process is 5 G3P that are recycled and an useless molecule that has to be destroyed by the cell (=> Photorespiration).
Photrespiration is therefore considered as a wasteful process for the plant since plants cannot create carbohydrates anymore when RubisCO fixes O2 and that's why some plants are less productive in extreme temperatures.
Some plants can do CAM-photosynthesis and C4-photosynthesis in order to resist extreme temperatures. C4-photosynthesis plants have an other enzyme in their mesophyll cells (PEP carboxylase) that only fixes CO2 while CAM-photosynthesis plants can separate some parts of the photosynthesis (some at night, some at day) in order to avoid photorespiration.
Have fun.
(http://cdn.meme.am/instances/500x/61978402.jpg)ok rip .... people stating dumb factsSimple game, just say 1 fact as you go a long.
Russia has a larger surface area than Pluto.
SINCE YOU ARE ASKING FOR NERDISH FACTS HERE YOU ARE.
Photorespiration is a wasteful process that occurs to plants that only do C3-photosynthesis. Photorespiration is due to the fact that RubisCO (C3-photosynthesis enzyme) is capable to fix CO2, O2 and ribulose 1,5-biphopshate during the Calvin cycle.
When the plant is in a stable situation and appropriate environment, the stomata are open and therefore, CO2 can enter the plant and the useless O2 can exit. At this moment, only CO2 fixes to RubisCO and C3 photosynthesis can occur since the O2 exits the plant by the stomata.
When RubisCO fixes 3 ribulose 1,5-biphopshate (5-carbon molecule) and 3 CO2, it joins the 2 kinds of molecules together in order to produce 3 unstable 6-carbon molecules that split in order to produce 6 G3P (glyceraldehyde-3-phosphate : 3-carbon molecule). 5 G3P are used in order to recycle and to produce the 3 ribulose 1,5-biphopshate in order to use them in the other Calvin cycles and only 1 G3P is used in order to produce carbohydrates. When this process is done twice, 2 G3P are produced and these 2 G3P merge together in order to produce C6H12O6 (glucose).
However, when the plant is in a stressful situation (extreme temperatures), the plan loses H2O (water) and then, the stomata close since there is not enough water in the vacuole of the cells that make up the stomata and these cells who were turgid and used to make the stomata open, become flaccid and manage to close the stomata. Since the stomata are closed, CO2 cannot enter the cell anymore and the O2 produced in the previous photosynthesis accumulates. At this moment RubisCO fixes ribulose 1,5-biphopshate and O2 and the result of this process is 5 G3P that are recycled and an useless molecule that has to be destroyed by the cell (=> Photorespiration).
Photrespiration is therefore considered as a wasteful process for the plant since plants cannot create carbohydrates anymore when RubisCO fixes O2 and that's why some plants are less productive in extreme temperatures.
Some plants can do CAM-photosynthesis and C4-photosynthesis in order to resist extreme temperatures. C4-photosynthesis plants have an other enzyme in their mesophyll cells (PEP carboxylase) that only fixes CO2 while CAM-photosynthesis plants can separate some parts of the photosynthesis (some at night, some at day) in order to avoid photorespiration.
Have fun.
for every human in earth there are at least 1million ants, that's 7,000,000,000,000,000 ants!
This could be an interesting thing~
Add a few rules & Make it a proper game CoiN
I will give it 1 week, By the 30th of December i will close it Unless it shows out to be an " Successful " Forum game!
Fact: The creator of ambrosia was named " Rambo "
This could be an interesting thing~
Add a few rules & Make it a proper game CoiN
I will give it 1 week, By the 30th of December i will close it Unless it shows out to be an " Successful " Forum game!
Fact: The creator of ambrosia was named " Rambo "
Rimbo, and no he didn't create ambrosia... He came quite later, the original owner of the ambrosia-servers copyright was Jizo. Just the name changed with the postfix: Sn, Realm..