Cell Energy VIII Lowersixth Science Biology

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Test your knowledge on plant photosynthesis.

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Cell Energy VIII Lowersixth Science Biology


Cell Energy VIII Lowersixth Science BiologyVersion en ligne Test your knowledge on plant photosynthesis. par YAKILI LMS 1 C3 plants fix carbon dioxide via the Calvin cycle. Yes No 2 Internal inhibitors enhance photosynthesis efficiency at high light. Yes No 3 CO2 concentration can limit photosynthesis at high light. Yes No 4 All oxygen produced is used in the same chloroplast. Yes No 5 Internal inhibitors always increase photosynthetic rate. Yes No 6 Photosynthesis involves light-dependent reactions and the Calvin cycle. Yes No 7 Chlorophyll concentration ceases to affect light capture when leaves age. Yes No 8 C4 plants lack any form of leaf anatomy specialized for photosynthesis. Yes No 9 The primary source of energy for photosynthesis is ultraviolet light. Yes No 10 Chlorophyll concentration has no effect on photosynthesis rate. Yes No 11 External factors include light intensity, CO2, and temperature affecting rate. Yes No 12 The rate of photosynthesis is completely independent of leaf anatomy. Yes No 13 Photosynthesis occurs without any involvement of water. Yes No 14 C4 plants show Kranz anatomy in leaves. Yes No 15 Photosynthesis does not require light energy to occur. Yes No 16 Chloroplasts are the sites of photosynthetic light reactions. Yes No 17 Leaf anatomy has no role in photosynthetic efficiency. Yes No 18 C3 plants perform the Calvin cycle in the mitochondria. Yes No 19 Temperature has no effect on the rate of photosynthesis. Yes No 20 Chloroplasts are located in the cell wall. Yes No 21 CAM plants assimilate CO2 at night and fix it during the day. Yes No 22 CO2 concentration never limits photosynthesis under high light. Yes No 23 Oxygen produced during photosynthesis is consumed immediately in the same cell. Yes No 24 CAM plants open stomata during the hottest part of the day. Yes No 25 Chlorophyll concentration influences the rate of light capture. Yes No 26 The compensation point is reached only at night. Yes No 27 All photosynthesis occurs only in the morning when light is present. Yes No 28 Internal inhibitors can reduce photosynthesis efficiency. Yes No 29 CAM plants fix carbon dioxide exclusively during the day. Yes No 30 The compensation point is where photosynthesis equals respiration. Yes No 31 CAM plants open stomata at night to reduce water loss. Yes No 32 Rubisco can catalyze oxygenation at high O2 levels. Yes No 33 The Calvin cycle occurs in the mitochondria of plant cells. Yes No 34 The light-dependent reactions do not generate any ATP. Yes No 35 Leaf age affects photosynthetic capacity. Yes No 36 The rate of photosynthesis increases with light intensity to a point. Yes No 37 Leaf thickness does not influence photosynthetic capacity. Yes No 38 Photosynthesis and respiration occur in entirely different organisms. Yes No 39 C3 and C4 pathways are identical in how they fix carbon. Yes No 40 C3 photosynthesis is more common in cool and moist environments. Yes No 41 Rubisco is the primary enzyme for photosystem II photolysis. Yes No 42 The temperature optimum for many temperate crops is around 25-30°C. Yes No 43 Different plant species do not exhibit any variation in photosynthetic pathways. Yes No 44 Increasing light always decreases the rate of photosynthesis. Yes No 45 All plants photosynthesize equally well at 50°C. Yes No 46 CO2 transfer to the chloroplast is independent of stomatal conductance. Yes No 47 The Calvin cycle occurs in the cytoplasm. Yes No 48 Photosynthesis mainly uses oxygen as a raw material. Yes No 49 CAM plants open their stomata at night to fix carbon dioxide and conserve water. Yes No 50 C4 plants always have higher photorespiration than C3 plants. Yes No

Cell Energy VIII Lowersixth Science Biology

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Cell Energy VIII Lowersixth Science BiologyVersion en ligne

par YAKILI LMS

C3 plants fix carbon dioxide via the Calvin cycle.

Internal inhibitors enhance photosynthesis efficiency at high light.

CO2 concentration can limit photosynthesis at high light.

All oxygen produced is used in the same chloroplast.

Internal inhibitors always increase photosynthetic rate.

Photosynthesis involves light-dependent reactions and the Calvin cycle.

Chlorophyll concentration ceases to affect light capture when leaves age.

C4 plants lack any form of leaf anatomy specialized for photosynthesis.

The primary source of energy for photosynthesis is ultraviolet light.

Chlorophyll concentration has no effect on photosynthesis rate.

External factors include light intensity, CO2, and temperature affecting rate.

The rate of photosynthesis is completely independent of leaf anatomy.

Photosynthesis occurs without any involvement of water.

C4 plants show Kranz anatomy in leaves.

Photosynthesis does not require light energy to occur.

Chloroplasts are the sites of photosynthetic light reactions.

Leaf anatomy has no role in photosynthetic efficiency.

C3 plants perform the Calvin cycle in the mitochondria.

Temperature has no effect on the rate of photosynthesis.

Chloroplasts are located in the cell wall.

CAM plants assimilate CO2 at night and fix it during the day.

CO2 concentration never limits photosynthesis under high light.

Oxygen produced during photosynthesis is consumed immediately in the same cell.

CAM plants open stomata during the hottest part of the day.

Chlorophyll concentration influences the rate of light capture.

The compensation point is reached only at night.

All photosynthesis occurs only in the morning when light is present.

Internal inhibitors can reduce photosynthesis efficiency.

CAM plants fix carbon dioxide exclusively during the day.

The compensation point is where photosynthesis equals respiration.

CAM plants open stomata at night to reduce water loss.

Rubisco can catalyze oxygenation at high O2 levels.

The Calvin cycle occurs in the mitochondria of plant cells.

The light-dependent reactions do not generate any ATP.

Leaf age affects photosynthetic capacity.

The rate of photosynthesis increases with light intensity to a point.

Leaf thickness does not influence photosynthetic capacity.

Photosynthesis and respiration occur in entirely different organisms.

C3 and C4 pathways are identical in how they fix carbon.

C3 photosynthesis is more common in cool and moist environments.

Rubisco is the primary enzyme for photosystem II photolysis.

The temperature optimum for many temperate crops is around 25-30°C.

Different plant species do not exhibit any variation in photosynthetic pathways.

Increasing light always decreases the rate of photosynthesis.

All plants photosynthesize equally well at 50°C.

CO2 transfer to the chloroplast is independent of stomatal conductance.

The Calvin cycle occurs in the cytoplasm.

Photosynthesis mainly uses oxygen as a raw material.

CAM plants open their stomata at night to fix carbon dioxide and conserve water.

C4 plants always have higher photorespiration than C3 plants.