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Which elements are responsible for the greater part of plant wet weight?
The three main elements that contribute the most to plant wet weight are carbon, hydrogen, and oxygen. These elements make up the bulk of organic matter found in plants, such as carbohydrates, lipids, and proteins.
Draw a typical plant and a typical animal cell?
no
What is a normal typical plant?
The Bracken Fern (Pteridium) is widely thought of as the worlds most typical plant.
What typical plant cells have that typical animal cells do not?
Plant cells have a large vacuole, a cell wall and chloroplasts which a typical animal cell doesn't have.
Do typical plant cells have that typical animal cells do not?
Plant cells have a large vacuole, a cell wall and chloroplasts which a typical animal cell doesn't have.
What gas does a plant release in sunlight?
oxygen. plant give out oxygen and takes in carbon dioxide in the present in the sunlight
What is the energy efficiency of a typical nuclear power plant?
The energy efficiency of a typical nuclear power plant varies, depending on its design, but a typical value might be around 33%.
Does the plant life in the oceans make up about 85 percent of all the greenery on earth?
Yes, the plant life in the oceans, such as phytoplankton, contributes significantly to the oxygen production and overall greenery on Earth. It is estimated to produce around 50-85% of the world's oxygen.
Which plant provides the most oxygen?
The plant that provides the most oxygen is the phytoplankton in the ocean.
What do typical plant cells have that typical animal cells do no?
Plant cells have Cell Walls, in addition to membranes. Animal cells only have membranes.
How much oxygen comes from plankton?
Phytoplankton are responsible for producing more oxygen on Earth than all plant life. It is estimated that they make more than 60 percent of the planet's oxygen.
How much of earth's oxygen comes from rainforest?
Actually, rainforests (or any other type of forest) are not a source of net oxygen production. As vegetation grows it creates oxygen from CO2. The carbon is used to build the plant and the oxygen is released, but, when a plant dies the opposite happens. As it decomposes it produces CO2 and absorbs oxygen as the carbon in the plant recombines with the oxygen. In a mature forest, as rainforests are, the growth and decay are in balance and the net production of oxygen is zero. As a forest grows carbon accumulates in its plant material, but, as deforestation occurs there is a net loss of plant material and CO2 is released. The myth that rainforests produce "28% of the world's oxygen" simply is not true.
