Mitochondria
Mitochondria are more numerous in muscle cells than in skin cells. Mitochondria give the muscle cells energy. Skin cells do not need as much energy to survive.
Mitochondria would be more numerous in muscle cells than in skin cells, as muscles require more energy to function. Additionally, myofibrils (contractile units) and sarcoplasmic reticulum (stores calcium ions) would also be more abundant in muscle cells compared to skin cells.
vacuoles
Mitochondria are most numerous in cells with high energy demands, such as muscle cells and liver cells. These cells require a lot of energy for activities like muscle contractions and detoxification processes, so they have more mitochondria to efficiently produce ATP through aerobic respiration.
Muscle cells are very active relatively to the skin cell. So it has more mitochondria
The organelle that is numerous in heart muscle cells is the mitochondrion. Heart muscle cells require a significant amount of energy to sustain continuous contractions, and mitochondria are responsible for producing ATP through aerobic respiration. The high density of mitochondria in these cells allows for efficient energy production to meet the demands of the heart. Additionally, they have a unique structure that supports their role in energy metabolism.
Muscle cells typically have more mitochondria compared to other animal cells. This is because mitochondria are responsible for producing energy in the form of ATP, which is essential for muscle contraction and movement. The abundance of mitochondria in muscle cells supports their high energy demands.
Because muscle cells are very active. So they need a lot of energy
Muscle cells use triglycerides for energy instead of carbohydrates because triglycerides make energy for storage, insulation, and organ protection
Mitochondrion because they are responsible for producing energy
Muscle cells require more energy to fuel the contraction process, making them more metabolically active. Mitochondria are responsible for producing energy in the form of ATP through cellular respiration. Therefore, muscle cells have more mitochondria to meet the high energy demands required for muscle function. Skin cells, on the other hand, are mainly involved in providing protection and barrier functions, requiring less energy and hence fewer mitochondria.
Muscle cells often contain many mitochondria because muscle cells often require a lot of energy, and since mitochondria create ATP which is the form of energy used by our bodies, it is essential to have many of them in cells that constantly require more energy than, as an example, skin cells.