conditions do cells gain or lose water? Did water move into the cell or out of the cell while it was surrounded by hypotonic solution? The water moved into the cell‚ because there was less water inside the cell than outside (there were fewer water molecules inside). 2. In which direction did the water move though the cell membrane when the cell was surrounded by the hypertonic solution? The water moved out of the cell because there was a higher concentration of water inside the cell than outside
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(2015)‚ animals can be described as organisms that are multicellular‚ heterotrophic eukaryotes that have tissues made from embryos. The difference between plants and animals are from their source of nutrients. Plants get their food by making them through a process called photosynthesis‚ which makes plants an autotroph. Animals‚ on the other hand‚ get their food by consuming other organisms and ingesting them‚ which makes them a heterotroph. Besides that‚ there are also variations in their cell structures
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Almost all plants have roots that grow into the soil to help support its life. Roots are used by the plants to take nutrients and water out of the soil and send it through the plant. They also stabilize the plant. The root is made up multiple parts starting at the bottom with the root cap‚ then the zone of cell division next is the zone of cell elongation‚ and at the top of the root is the zone of differentiation. To figure out what section of the root has the highest number of cells in mitosis we
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Plant/Animal Comparison On this planet‚ there are many types of organisms. Many of these are plants and animals. Organisms must have certain essential systems in order to survive. However‚ how these systems uphold their structure between plants and animals is very diverse—even different animals have different structural systems‚ varying on the species quite greatly. Structural Systems The structural system of an animal is made of bones‚ quite commonly. It also may be made of cartilage‚ the material
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A Plant cell is complex and difficult to understand. A Plant cell is comparable to a party at a mansion. Each organelle which makes up the cell of a Plant is comparable to an aspect of a party. The membrane in a Plant cell separates the cell from the environment and regulates the molecule passage in and out of the cell. The bouncer is considered the membrane of the party. The bouncers have a list and‚ only allow certain people into the party‚ separating who is inside the party from who is
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Submitted: JULY 22‚ 2013 Exercise No. 4 Plant and Animal Tissues I. Objectives: Plant Tissues a. Illustrate‚ describe‚ and differentiate the various types of tissues characteristic of vascular plants b. Illustrate and describe how tissues are organized in the regions of the plant organ c. Recognize variations of each of the different tissues in different organs Animal Tissues a. Illustrate‚ describe‚ and differentiate the different types of animal tissues b. Illustrate and describe
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Seeing Similarities Between Plants and Animals As you look around outside‚ you may see birds perched in trees‚ frogs croaking on lily pads‚ and even dogs digging in the grass. Our world is filled with plants and animals‚ yet when a person thinks of the phrase ’plants and animal‚’ they automatically begin thinking about the differences between the two. As different as they may seem‚ plants and animals are very similar in the following areas: reproduction‚ human uses‚ and the requirement of water
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Plants and animals have a lot of things in common‚ so much in fact‚ I couldn’t fit half of them in this essay‚ there similarities and differences span from the smallest things like cells to huge thing like the whole organism. One thing that plants and animals both have in common is the fact that they adapt‚ the main thing isn’t that they adapt though it’s why they do it. Animals‚ plants‚ and humans all share the same thing they have a will to leave in different ways‚ maybe or some might want to live
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the microstructure of a typical animal cell and the functions of the main cell components. A typical animal cell is seen as a tiny‚ three dimensional sac which is in fact made up of many components‚ each as important as the other. The microstructure of an animal cell was in fact uncovered mainly through the use of both cell fractionation and electron microscopy. Each main component has its own‚ individual function which helps a cell to function and maintains the cell membrane. The components that
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Biology 1 1st October 2011 Animal Cells Every once living thing is composed of cells. Cells are small organisms that control everything in living things. When an organism is made of one or more cells it is called a multi cellular organism. The first person to discover cells was Richard Hooke. The cells that he saw were the dead cells of cork. When he first saw them they reminded him of the cells that nearby monks lived in. there are many different parts of the cell but all serve a purpose. These
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