Light Dependent Reactions occur in [blank_start]thylakoids[blank_end]. The Calvin Cycle, or Light Independent Reactions occur in the [blank_start]stroma[blank_end].
Which part of an atom holds the energy (gain/give it off)?
Answer
Protons
Electrons
Nuetrons
Entire Nucleus
Question 9
Question
The goal of photosynthesis is to [blank_start]store energy[blank_end]. This is done when the sun hits the [blank_start]chlorophyll[blank_end] in plants and the [blank_start]electrons[blank_end] of it [blank_start]absorb[blank_end] the energy.
Answer
store energy
electrons
absorb
chlorophyll
Question 10
Question
What is the difference between chloroplasts and chlorophyll?
Answer
They are the same thing
Chlorophyll are organelles; Chloroplasts is the pigment in the chloroplasts found in thylakoid membranes
Chloroplasts are organelles; Chlorophyll is the pigment in the chloroplasts found in thylakoid membranes
Chlorophyll are the organelles in chloroplasts that make them green
Question 11
Question
Which stage in photosynthesis needs light?
Answer
Light Independent Reactions
Light Dependent Reactions
Question 12
Question
Photons are the [blank_start]smallest particle of light[blank_end].
Answer
smallest particles of light
Question 13
Question
When a photon hits a leaf, it hits the [blank_start]Chlorophyll[blank_end] in [blank_start]Thylakoid[blank_end] membranes. This causes the light energy to be [blank_start]absorbed[blank_end] by chlorophyll’s electrons and chlorophyll donates [blank_start]two[blank_end] excited electrons.
Answer
Chlorophyll
Thylakoid
absorbed
two
Question 14
Question
The Electron Transport Chain is a process involved in photosynthesis. What are the correct order for the steps to happen?
Answer
1. NADP+ becomes NADP-
2. Electrons reach NADP+ molecule
3. Two electrons pass through each molecule
4. More energy is gained
1. Electrons reach NADP+ molecule
2. Two electrons pass through each molecule
3. NADP+ becomes NADP-
4. More energy is gained
1. Two electrons pass through each molecule
2. Electrons reach NADP+ molecule
3. NADP+ becomes NADP-
4. More energy is gained
1. More energy is gained
2. Electrons reach NADP+ molecule
3. NADP+ becomes NADP-
4. Two electrons pass through each molecule
1. Two electrons pass through each molecule
2. More energy is gained
3. NADP+ becomes NADP-
4. Electrons reach NADP+ molecule