the relations ship is that they both are in a pllant and are hormones
The 5 types of tropism are geotropism, phototropsim, hydrotropism, chemotropsim, and thingmotropism.
Its possible, but only certain forms of tropism may affect certain animals.
Phototropism is the response of plants to light, gravitropism is the response to gravity, thigmotropism is the response to touch, and chemotropism is the response to chemical stimuli. Each tropism helps plants adapt to their environment and grow towards essential resources.
The Venus Fly Trap does not belong to any Tropism. That is because it's reaction is not caused by light, gravity, touching, or the presence of water. Therefore, it is not Tropism.
well ..thats a good question.. i studied that for a while and if i remember , it is called POSITIVE TROPISM.. but if it grows away from the stimulus its NEGATIVE TROPISM. Nice question.. alot of people ask that.. but they really dont pay attention because it in the question! :) hope this helps!! :) :P
Tropism is a biological phenomenon where an organism responds to the stimulus brought by the environmental factors. Some examples include: chemotropism, heliotropism, phototropism, thermotropism and electrotropism.
Plants have a hormone called auxin in them. When a plant is exposed to light and shade this hormone(auxin) reacts. For example: If light falls on the right hand side of the plant, the left hand side would be in the shade. This makes the auxin expand in the shaded area, causing the plant to grow towards the light.
This is by photosynthesis
yes
photo tropism is the growth-response to light in a plant. stems exhibit positive photo tropism while most roots exhibit negative photo-tropism
Tropism is the fact of living things turning toward or away from something. Light is an example. In sunflowers case, the sun is the best example.
No, fire is not an example of tropism. Tropism is a biological response in plants to external stimuli, such as light or gravity, leading to growth or movement. Fire, on the other hand, is a chemical reaction involving combustion that releases heat and light energy.