<span>B. Saturated fatty acids contain many more bonds. Is the correct answer</span>
Proteins are made of amino acids. In the cell, those amino acids are strung together as new proteins that your body can use to get reactions going. Carbohydrates also need to be balanced with fats and protein to maintaina healthy weight.
Basically, they control the rate of reactions and regulate cellular activity.
1. The ATP molecule can store energy while attaching ADP to the terminal phosphate group. The energy is released when the phosphate group from the ATP is broken down and inorganic phosphate is released.
2. Anabolic pathway involves the use of ATP to synthesize large molecules. However, catabolic pathway involves the breaking down of larger molecules and release energy. Therefore, Photosynthesis is the anabolic pathway and respiration is the catabolic pathway.
3. An ATP molecule when hydrolyzed releases 7.5 KCal of energy.
4. Both chemosynthesis and photosynthesis are the processes of producing food. However, photosynthesis requires sunlight as the source of energy and chemosynthesis requires chemical energy.
5. The chemical equation for photosynthesis is 6CO₂ + 6H₂O + energy - C₆H₁₂O₆ + 6O₂
A cell wall is like a wall of a room: it marks the "inside" and "outside"; protecting what is inside of the wall: the organelles of the cell. It is made of a little more durable and strong material than the intracellular fluid, but it's also quite flexible.
Same way glucose does. Lipids enter cells through channels similar to glucose ones, but designated for lipids instead of carbohydrates. Then lipase splits them into separate parts (fatty acids & glycerol I think). The glycerol can either be used to make pyruvic acid and the energy of breaking its bonds can be used to make ATP, or it can go to making glucose, which is stored for later use.