Root cells primarily obtain energy through the process of cellular respiration, using glucose as their energy source. The organelles involved in this process are mitochondria, which convert glucose into ATP, the energy currency of the cell.
Chloroplasts play an important role in energy production in plant cells. However, some parts of a plant, like the roots, lack chloroplasts. In one to two sentences, explain the most likely pathway for root cells to obtain energy, and identify the organelles involved. AWNSER NOW-
11 answers
make it longer and make it sound like a 7th grader.
Root cells can’t make their own food because they don’t have chloroplasts like the leaves do. Instead, they get their energy by breaking down glucose, which is a type of sugar. The glucose comes from the food that the plant makes in its leaves through photosynthesis, and then it travels down to the roots. The organelles that help root cells get energy from glucose are called mitochondria. These mitochondria act like tiny power plants that convert the sugar into ATP, which is the energy that cells use to do their work. So even though roots don’t have chloroplasts, they still get energy from the food made by the rest of the plant!
now make it sound simple
Root cells don’t have chloroplasts, so they can’t make their own food like leaves do. Instead, they get energy by using glucose, which is a sugar made in the leaves through photosynthesis. This glucose comes down to the roots. The tiny power plants in the root cells called mitochondria change the sugar into ATP, which is the energy the cells need. So, even without chloroplasts, roots can still get the energy they need from what the leaves produce!
In three to five sentences, explain why animal cells do not require a cell wall or a central vacuole for their functions. make it sound like a 7th grader
Animal cells do not need a cell wall because they are flexible and can change shape, which helps them move around and fit into different spaces in the body. Unlike plant cells, which need a strong wall to support their shape and protect them, animal cells can rely on other structures, like their cytoskeleton, to keep them stable. Additionally, animal cells don't have a central vacuole because they use smaller vacuoles to store nutrients and waste. This allows them to be more adaptable and responsive to their environment. So, animal cells work just fine without a cell wall or a big central vacuole!
make it sound simple
Animal cells don’t need a cell wall because they are soft and can change shape easily, which helps them move around in the body. They have a different structure called the cytoskeleton that keeps them strong without needing a wall. Also, animal cells use smaller vacuoles to store things instead of one big central vacuole. This helps them adapt better to their surroundings. So, animal cells can do their jobs just fine without a cell wall or a giant vacuole!
shorten it to 3 sentences.
Animal cells don’t need a cell wall because they are soft and can change shape, helping them move around easily. They use smaller vacuoles to store things instead of having one big central vacuole. This flexibility allows animal cells to do their jobs well without needing a wall or a giant vacuole!
15 answers