Ch. 10.1 Oxidizing Fossil Fuels

Question 1

Reactants/ Products of Respiration

Answer 1

(1) Sugar + (6) O2 = (6) CO2 + (6) H2O + energy

Question 2

Reactant/ Products of Photosynthesis

Answer 2

(6) CO2 +(12) H2O + light = 1 sugar + 6 O2 + 6 H2O

Question 3

Which is reduced/ oxidized ?

Answer 3

Co2 becomes reduced into sugar , H2O oxidized into O2

Question 4

Thylakoid

Answer 4

light reaction takes place here, membranes

Question 5

calving-benson cycle

Answer 5

generate sugar via atp and high energy electron carrier, in the stroma, starts with carbon fixation (recall nitrogen fixation )= incorporating CO2 into organic molecules (examples of organic molecules are…?)
forming sugar from CO2, using ATP and NADPH

Question 6

Light reaction

Answer 6

photo/light part; split H2O, release O2, REDUCE NADPH+ into NADPH, Generate ATP from ADP via photophosphorylation

Question 7

stroma

Answer 7

cal-ben cycle happens here

Question 8

Stages of photosynthesis

Answer 8

light reaction (harvesting light) and calven-benson (synthesize energy).

Question 9

Photophosphorylation

Answer 9

Converts ADP into ATP

Question 10

mitochondira

Answer 10

produce ATP via organic molecules + O2

Question 11

Heat energy is produced when…

Answer 11

By the use of ATP. Most cellular work.

Question 12

Summarize Photosynthesis (two major organelles and their function)

Answer 12

Chloroplasts take in Sun energy, CO2 and H2O= to make organic molecules + O2. These molecules find their way into mitochondria which creates and releases ATP, CO2 and H2O

Question 13

Mesophyll Cells

Answer 13

ground tissue

Question 14

chlorophyll

Answer 14

captures light energy