Energy
Cells
organelles
photosynthesis
cellular respiration
100

Energy is relaesed from the ATP by breaking the bond between the _______ and ________ phosphate group. 

2nd and 3rd 


100

List the levels of organization of multicellular organisms in order

cell, tissue, organ, organ system, organism 

100

Makes and transports lipids and proteins 

endoplasmic reticulum 

100

Light independent reaction occurs in the _________ and produces __________.

stroma, glucose 

100

The Net product of anaerobic glycolysis 

2 ATP and 2 pyruvic acids 

200

This process's main objective is to restore NAD+ levels so that glycolysis may continue if oxygen is not present

fermentation 

200

Parts of the traditional cell theory 

All living organisms are made of one or more cells.

The cell is the basic unit of structure and organization in organisms.

All cells arise from pre-existing cells.




200

stores water and food molecules 

vacuole

200
Write the photosynthesis reaction 

6O2 + 6H2O + sunlight -----> C6H12O6 + 6O2 

200

The number of ATP are produced from a single glucose molecule in the presence of oxygen 

36

300

This type of transport requires a carrier protein with NO ENERGY 

facilitated diffusion 

300

This type of solution has more solute outside of the cell, resulting in water leaving the cell, causing shriveling. 

Hypertonic solution 

300

supports the cell and determines shape 

cytockeleton 

300

Why is it important that the products of photosynthesis are the same as the reactants of cellular respiration?

This fundamental relationship ensures a continuous cycle of matter, as the products of one process become the essential reactants for the other. This cycling allows for the consistent energy flow from the sun to plants and then to other organisms, powering all life on Earth.

300

This is the process of converting NADH and FADH into a large amount of ATP molecules 

Electron Transport Chain 

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