Biology Do as Directed.

Cabbage, Rabbit, Snake, Hawk.
Explanation:
Logical sequence: Food chain from producer to top predator. Firstly, the Cabbage is moved as it poses no threat. Next, the Rabbit is transported to prevent it from eating the cabbage or being eaten by the snake. The Snake is moved afterwards, ensuring it doesn't endanger the rabbit or fall prey to the hawk. Finally, the Hawk is transported as the top predator, completing the sequence. Each step is crucial to maintain the balance and ensure no one eats the other during the transportation process.

Odd : Chlorophyll Category : External factor affecting photosynthesis

Odd : Carbon dioxide Category : Products of photosynthesis

Odd: Root Category : Parts of chloroplast

Absorption of light by chlorophyll, Conversion of light energy into chemical energy, ATP and NADPH usage, Carbon fixation, Glucose formation
Explanation:
The process starts with the absorption of light by chlorophyll, converting light energy into chemical energy (ATP and NADPH). These energy molecules are then used in the Calvin cycle for carbon fixation, eventually leading to the formation of glucose.

Potassium ions move into guard cells, Glucose is converted to malate, Water influx, Guard cells swell, Stomata open
Explanation:
The process begins with Potassium Ions Moving into Guard Cells, creating an osmotic gradient, while glucose converts to malate to maintain osmotic balance. This causes water influx, making the guard cells swell and change shape. Consequently, this swelling opens the stomata, enabling essential gas exchange for photosynthesis.

Destarching a Plant, covering a Portion of a Leaf, Placing the Plant in Light, Boiling the Leaf in Alcohol, Testing a Leaf for Starch
Explanation:
The procedure starts with Destarching a Plant to eliminate existing starch. Then, part of a leaf is Covered to serve as a control. After Placing the Plant in Light, photosynthesis occurs in the uncovered areas. Boiling the Leaf in Alcohol removes chlorophyll for clarity. Lastly, Testing for Starch with iodine indicates photosynthesis by a colour change in the exposed areas of the leaf.

Light Absorption, Water Splitting, Electron Transport Chain, ATP Synthesis, Oxygen Release
Explanation:
The sequence begins with Light Absorption, where Photosystem pigments absorb light, initiating water splitting into oxygen, hydrogen ions, and electrons. These electrons traverse the thylakoid membrane's electron transport chain, creating a proton gradient that drives ATP synthesis for cellular energy. Finally, oxygen is released, concluding the light-dependent phase of photosynthesis.

Thylakoid Membrane, Chlorophyll Molecules, Photosystems, Granum, Stroma
Explanation:
The Thylakoid Membrane in chloroplasts, embedded with key pigments like chlorophyll, initiates photosynthesis. These pigments form Photosystems I and II, which are vital for light-dependent reactions. Thylakoid membranes stack to form a Granum, improving light capture efficiency. The Stroma surrounds the thylakoids and contains enzymes for the Calvin cycle.

Help in photosynthesis and contain pigment called chlorophyll.

Conduct photosynthesis by trapping the solar energy.

Site of dark reaction of photosynthesis.

Site of light reaction of photosynthesis.

In the inner portion of chloroplast.

On the walls of thylakoids.

Mostly on the under-surface of dorsovental plant leaves.

Chloroplast and cyanobacteria