plant
Plants and bacteria have cells with cell walls that give them a rectangular shape. The rigid cell walls provide support and protection to these cells. Additionally, the cell walls help maintain the structural integrity of the organism.
Cork cells have a rectangular shape due to the deposition of suberin and lignin in their cell walls, which provides strength and rigidity to the cells. This shape allows cork cells to form a tight, interlocking pattern, making cork a good insulator and providing protection to the plant.
Onion cells appear rectangular because the cells are tightly packed together in a regular pattern, leading to a uniform shape. The outer walls of onion cells are rigid and provide structural support, which helps maintain the shape of the cells. Additionally, the rectangular shape allows for efficient packing of cells in the onion tissue.
Plant cells do not have a fixed shape like a box. They can vary in shape depending on their function and location within the plant. Plant cells are typically rectangular in shape due to the rigid cell wall that surrounds them, giving them a more structured appearance compared to animal cells.
Plant cells are not typically square, but they can appear square due to the rigid cell wall that surrounds them. The cell wall provides structural support and maintains the cell's shape, often giving plant cells a more defined and angular appearance compared to animal cells.
Plant cells have a rigid cell wall, chloroplasts for photosynthesis, and a large central vacuole, while animal cells lack a cell wall, chloroplasts, and have smaller vacuoles. Additionally, plant cells typically have a rectangular or square shape, while animal cells have a more irregular shape.
plant
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Cork cells have a rectangular shape due to the deposition of suberin and lignin in their cell walls, which provides strength and rigidity to the cells. This shape allows cork cells to form a tight, interlocking pattern, making cork a good insulator and providing protection to the plant.
Onion cells appear rectangular because the cells are tightly packed together in a regular pattern, leading to a uniform shape. The outer walls of onion cells are rigid and provide structural support, which helps maintain the shape of the cells. Additionally, the rectangular shape allows for efficient packing of cells in the onion tissue.
Plant cells generally have a more rectangular shape because the cell wall is more rigid. In contrast, animal cells have a round or irregular shape because they do not have a cell wall.
Plant cells are rigid due to their cell wall and are usually square in shape.
Animal cells have no cell Walls and plant cells have a cell wall
Plant cells have cell walls, chloroplasts for photosynthesis, and large central vacuoles that store water and nutrients, which animal cells lack. Additionally, plant cells often have a rectangular shape due to the rigid cell wall structure, while animal cells have a more rounded shape.
Animal cells do not have cell walls or chloroplasts, while plant cells do. Additionally, plant cells tend to be more rectangular in shape, whereas animal cells are typically round or irregularly shaped. Plants also have large central vacuoles, whereas animal cells have smaller vacuoles.
Bamboo cells are elongated and cylindrical in shape, resembling tubes. They are characterized by thick cell walls and hollow interiors which provide strength and flexibility to the plant. The cells are arranged in a vertical orientation within the plant, allowing for efficient water and nutrient transport.
Plants have cell walls made of cellulose, chloroplasts for photosynthesis, and large central vacuoles for storage. Animals lack cell walls and chloroplasts, and have smaller or absent vacuoles. Additionally, plant cells can differentiate into various types of cells as needed, while animal cells are mostly specialized and do not differentiate as easily.
Onion cells are approximately the same shape because they are packed tightly together in the layers of an onion bulb. The cell walls of onion cells help maintain their shape and structure. Additionally, the pressure exerted by neighboring cells contributes to their uniform appearance.