Auxins are responsible in promoting cell elongation, a process that is required before differentiation of a cell. It is able to do this by promoting the intake of water, increasing the elasticity of the cell to cope with the increase of water taken in by the cell.
So the answer should be yes
Auxin
Auxins move from their source into the rest of the plant, where they stimulate cell elongation. A higher concentration of auxins accumulate in the shaded part of a stem and causes the plant to move towards the light.
The spacing of parallels decreases as you move towards the poles. This is because the lines of latitude converge towards the poles since the Earth's circumference decreases as you move away from the equator.
At least one galaxy is moving towards us: the M31 Andromeda galaxy. Most galaxies however are so far away from us that the distances between are affected by the metric expansion of the universe. They may move towards us relative to their local metric, but the distance between us and them still increases.
electron pairs move away from each other to more electrostatically balanced positions
Auxin
Auxins move from their source into the rest of the plant, where they stimulate cell elongation. A higher concentration of auxins accumulate in the shaded part of a stem and causes the plant to move towards the light.
When auxins are exposed to light, they tend to move away from it, which is known as phototropism. This movement helps plants to grow towards light sources by elongating cells on the shaded side of the plant.
When you move the microscope slide towards you, the image appears to move in the opposite direction (away) to maintain focus. Conversely, when you move the slide away from you, the image appears to move closer (towards you) to stay in focus. This is known as the parfocal property of microscopes.
When you move a slide on the microscope stage away from you, the object seen through the eyepiece appears to move towards you. This is because as you push the slide away, the stage moves the object in the opposite direction, causing the object to appear to move towards you in the field of view.
When you move the slide towards you, the letter on the slide appears to move in the opposite direction, away from you. This is due to the magnification effect caused by the lens in the microscope.
They slide, move towards and move away from each.
The object appears to move up and away from you as you shift the stage toward you in a microscope.
they will move to the left or right depending on the microscope- some have mirriors in them so it would move right and some don't so it would move left.
light , the direction of light, they are bound to move in the direction where the light came from.
Pill bugs respond to stimuli through a process called taxis, where they move towards or away from a certain stimulus. For example, they may exhibit negative phototaxis by moving away from light and positive geotaxis by moving towards moisture in the soil. They also use their antennae to sense and respond to chemicals in their environment.
When you move the slide away from you on a microscope stage, the image on the microscope will appear to move in the opposite direction, towards you. This is due to the way the lenses in the microscope invert and magnify the image.