Hey guys. I just want to clear up some confusion about 2 things: 1) inorganic versus organic. Organic: anything has BOTH carbon and hydrogen. For example, glucose, methane. Inorganic: anything else. For example, oxygen, CO2, hydrogen gas, nitrate,…. As you can see, oxygen gas, even though it’s crucial for life, it is NOT considered as organic because it does not have BOTH carbon and hydrogen. 2) 3 types of categorization for these organisms: a. Based on carbon source: auto versus hetero b. Based on energy source: chemo versus photo + chemo is subdivided to organisms using organic and inorganic sources. c. Based on electron source: organo versus litho
I relate to all these students here; I just graduated this year. But I'm tryna learn about chemosynthesis on my own in the efforts to create a fictional deep sea species for a story-
when your teacher puts this up for online class
same
Yuh
Hey guys. I just want to clear up some confusion about 2 things:
1) inorganic versus organic.
Organic: anything has BOTH carbon and hydrogen. For example, glucose, methane.
Inorganic: anything else. For example, oxygen, CO2, hydrogen gas, nitrate,….
As you can see, oxygen gas, even though it’s crucial for life, it is NOT considered as organic because it does not have BOTH carbon and hydrogen.
2) 3 types of categorization for these organisms:
a. Based on carbon source: auto versus hetero
b. Based on energy source: chemo versus photo
+ chemo is subdivided to organisms using organic and inorganic sources.
c. Based on electron source: organo versus litho
my teacher made me watch this
I relate to all these students here; I just graduated this year. But I'm tryna learn about chemosynthesis on my own in the efforts to create a fictional deep sea species for a story-
congratulations on your achievement! thanks for watching.
When your teacher makes you watch things like this :0
What a good explanation
why is this video so impossible to watch
why is chemosynthesis and photosynthesis so complicated
Odia re
pokemon go