11th Biology Weekly Test - 2 ( Bio - Botany - Photosynthesis )

MABS Institution

11th Biology Weekly Test - 2 ( Bio - Botany - Photosynthesis )-Aug 2020

Time : 1.30 Hours

Part - A

Generic 2 - Answer All Question

What is CO₂ compensation point?

What is non-oxygenic photosynthesis?

State Blackman's law of limiting factor.

What is PAR?

Distinguish fluorescence and phosphorescence.

What is Bioluminescence?

Name the types of phycobilins with example.

What is photophosphorylation?

Define action spectrum.

What are Quantasomes?

Part - B

Generic 5 - Answer All Question

Explain the process of photo respiration / C2 cycle.

Describe the structure of chloroplast.

Why do plants such as maize and sugarcane have dimorphic chloroplasts. Explain photosynthetic carbon cycle in such plants?
Explain Cyclic photophosphorylation.

In Botany class, the teacher explains, Synthesis of one glucose requires 30 ATPs in C₄ plants and only 18 ATPs in C₃plants. The same teacher explains C₄ plants are more advantageous than C₃ plants. Can you identify the reason for this contradiction?

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11th Biology Weekly Test - 2 ( Bio - Botany - Photosynthesis )

MABS Institution

11th Biology Weekly Test - 2 ( Bio - Botany - Photosynthesis )-Aug 2020

Part - A

Generic 2 - Answer All Question

What is CO2 compensation point?

What is non-oxygenic photosynthesis?

State Blackman's law of limiting factor.

What is PAR?

Distinguish fluorescence and phosphorescence.

What is Bioluminescence?

Name the types of phycobilins with example.

What is photophosphorylation?

Define action spectrum.

What are Quantasomes?

Part - B

Generic 5 - Answer All Question

Explain the process of photo respiration / C2 cycle.

Describe the structure of chloroplast.

Why do plants such as maize and sugarcane have dimorphic chloroplasts. Explain photosynthetic carbon cycle in such plants?

Explain Cyclic photophosphorylation.

In Botany class, the teacher explains, Synthesis of one glucose requires 30 ATPs in C4 plants and only 18 ATPs in C3plants. The same teacher explains C4 plants are more advantageous than C3 plants. Can you identify the reason for this contradiction?

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What is CO₂ compensation point?

In Botany class, the teacher explains, Synthesis of one glucose requires 30 ATPs in C₄ plants and only 18 ATPs in C₃plants. The same teacher explains C₄ plants are more advantageous than C₃ plants. Can you identify the reason for this contradiction?