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Gravity's affect on plants?

Gravity's affect on plants? Topic: How do i find peer reviewed articles
June 25, 2019 / By Benson
Question: i have to devise and carry out an experiment that tests gravity's affect on plants. i was thinking of taking three cups and planting some type of seed in them and seeing how they grow. i would have the first cup standing right side up, the second one sitting sideways, and the third upside down. for the upside down cup i would have to find somehow to hang it and make sure the soil doesnt fall out any other ideas? or have you heard of any peer reviewed articles that have done something on gravity and plants? Thanks!
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Best Answers: Gravity's affect on plants?

Abihail Abihail | 5 days ago
Perhaps you could plant seeds in (three?) containers adjacent to glass or transparent plastic. Let one seed grow (root down and stem up) undisturbed. Rotate a second seed a little each day in one direction to see if the seed root and forming stem sense the up and down direction of gravity. The third cup could grow a seed until there is a prominent root and stem then roll it upside down to see if the root and stem try to reverse directions due to gravity.
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Abihail Originally Answered: 8. Regarding mitosis and cytokinesis, one difference between higher plants and animals is that in plants?
C. a cell plate begins to form at telophase, whereas animals a cleavage furrow is initiated at that stage.

Sierra Sierra
this is a great experiment, but the thing is gravity is all around us. Now I don not know if you have ever been on one of those spinning round rides at the fair where you stand on the edges in the center and then when it spins you feel weightless? It is because it defies gravity. So, this is what I would might do. Is put the pots in hanging baskets that has netting. The soil will have to be a moss mix so it will have to stay in place. Or they also have those seeds that are in a cloth like stuff so when you hang the one pot upside down, it won't fall out. Spin them a lot. This would be the hardest thing. In labs we use centrifuge. good luck
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Phillida Phillida
listed right here are some techniques. improve the vegetation in distinctive angles. One would be everyday on your administration. the 2nd may be as though it became into turning out to be out of a wall. The plant will curve in direction of the photograph voltaic yet you go with to be responsive to notwithstanding if it incredibly is as long and healthful by way of fact the others. Gravity might have an result by way of showing a dip of the stem yet will the plant be affected in any different way? i think of the superb may be making use of water based plant and land based vegetation. those 2 types have progressed otherwise by way of distinctive regulations that gravity has on water. maximum vegetation that improve in water are tall and flowing as destructive to the shorter extra durable land vegetation. it is going to likely be an exciting to ascertain an astro-botanical technology team to run some experiments in area.
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Marva Marva
Gravity affects plants by attempting to accelerate them at a rate of about 9.8 meters/second towards the center of the Earth.
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Marva Originally Answered: What would be the cost of converting nuclear plants into solar electric plants?
Why would we do such a thing? The two technologies are totally different. There is little commonality upon which to build (or rebuild) when converting from one to the other. Case in point...solar electricity comes from photo-electric cells. These are cells that produce electricity directly from the solar energy that strikes them. There are no intermediate steps between sun and electricity. Further, it would take acres of photoelectric cells to create the electrical power equivalent to a typical nuclear power plant. That is, solar plants require a lot of land (which is why many are in open desert areas), while nuclear power plants are much more compact. On the other hand, nuclear power plants start with the source of energy, the nuclear pile, and convert the heat produced by that pile into some sort of propulsion energy. Typically, that means creating superheated steam. But to avoid irradiating the water, there is usually a step where the pile's heat heats up another liquid, like a form of liquid sodium, which is then carried to where the water is. The steam then propels generators that, finally, generate the electricity. In other words, there are several intermediate steps between the nuclear power and the electrical power. And photo-electric cells need none of those steps. The bottom line is this...photo-electric power plants are so different from nuclear power plants that it would be far cheaper to build new solar plants on new grounds than to rebuild the nuclear power plants on the same grounds.

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