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What is differences between plant tissues and animal tissues?
Plant tissues are made up of cellulose and provide structural support to the plant, while animal tissues are composed of proteins and serve various functions like movement, coordination, and support. Plant tissues consist mainly of cells with a rigid cell wall, whereas animal tissues are composed of cells that may or may not have a cell wall. Plant tissues are typically organized into vascular, dermal, and ground tissues, while animal tissues are classified into epithelial, connective, muscular, and nervous tissues.
What are 2 examples of osmosis?
Osmosis in plant cells. (water moves into plant cells by osmosis). Osmosis in animal cells. (water also diffuses in and out of animal cells by osmosis). Hope this answers your question.
Flow chart on plant and animal tissues?
plant tissue
Which plant does not have special tissues to deliver food and water to its cell?
Live
Why osmosis is important to plant cells?
Plant absorbs water from the earth through the process of osmosis. The outermost cells of plants are able to absorb water through their semi-permeable cell membrane. Then this water moves up the Plant through Vascular tissues by diffusion.
How do substances get into a plant or animal cell?
Osmosis and diffusion
What is differences between plant tissues and animal tissues?
Plant tissues are made up of cellulose and provide structural support to the plant, while animal tissues are composed of proteins and serve various functions like movement, coordination, and support. Plant tissues consist mainly of cells with a rigid cell wall, whereas animal tissues are composed of cells that may or may not have a cell wall. Plant tissues are typically organized into vascular, dermal, and ground tissues, while animal tissues are classified into epithelial, connective, muscular, and nervous tissues.
Flow chart on plant and animal tissues?
plant tissue
What are 2 examples of osmosis?
Osmosis in plant cells. (water moves into plant cells by osmosis). Osmosis in animal cells. (water also diffuses in and out of animal cells by osmosis). Hope this answers your question.
What forms tissues in plant and animal?
Cells
Which plant does not have special tissues to deliver food and water to its cell?
Live
Are animals tissues and plant tissues different?
Plant and animal tissues are made up of hundreds of thousands of plant and animal cells (respectively). A plant cell is made up of many of the same components as an animal cell...but have some distinct and crucial differences. This is a Plant Cell: This is an Animal Cell: The biggest differences between the two is the presence of a cell wall, a cell membrane, a central vacuole and chloroplasts in a plant cell, and the absence of the aforementioned in an animal cell. :)
Differentiate plant tissue from animal tissue?
Plant tissues are mainly concerned with storage, support, protection, and transportation. While, animal tissues help in protection, coordination, response, and transportation.
Are Proteins found in animal products?
Proteins are found in both plant and animal cells
How are plant and animal tissues different?
Plant and animal tissues are made up of hundreds of thousands of plant and animal cells (respectively). A plant cell is made up of many of the same components as an animal cell...but have some distinct and crucial differences. This is a Plant Cell: This is an Animal Cell: The biggest differences between the two is the presence of a cell wall, a cell membrane, a central vacuole and chloroplasts in a plant cell, and the absence of the aforementioned in an animal cell. :)
Why is osmosis important to cell function?
Osmosis is important to cell functions because it keeps the cell alive
Where does the osmosis happen to the animal cell or the plant cell?
Osmosis occurs in both animal and plant cells across their semi-permeable membranes. In animal cells, water moves in and out through the plasma membrane to maintain osmotic balance, affecting cell shape and volume. In plant cells, osmosis primarily occurs in the vacuole, where water influx creates turgor pressure, helping to maintain structural integrity. Both cell types rely on osmosis to regulate their internal environments and ensure proper function.
