only monochromatic light can be used in half shade polarimeter
That person is obviously abnormal.
Yes, it very possible
Basically it just means: what you see is what you getBut the shade of meaning differs for different areas of computing.
Half a byte (4 bits) is known as a nibble.
in this the one half of the polarimeter is made of glass and other half of the polarimeter is made of quartz
only monochromatic light can be used in half shade polarimeter
The principle of Laurent's half-shade polarimeter is based on the phenomenon of optical rotation, which occurs when polarized light passes through a substance that rotates the plane of polarization. The instrument consists of a polarizer, a tube containing the sample, and an analyzer with a half-shade device that allows for precise measurement of the angle of rotation. By comparing the brightness of the two halves of the field of view, one can determine the angle of rotation and calculate the specific rotation of the sample.
half shade is like 50% shade - like a screen tent or door.
you do not just draw lines like this : *, but rather draw it out with some white space and then shade in half of it
Yes, a polarimeter can work with white light as long as the sample being analyzed does not absorb or alter the properties of the light passing through it. The polarimeter would need to be calibrated properly to account for any dispersion effects of white light.
altimeter polarimeter
what is rotation of plane of polarization.
0.1 degree
When red and yellow are mixed they make orange. You can make red orange if you use mostly red, and yellow orange if you use mostly yellow. If the colors are mixed half and half you will have the secondary color shade of orange.
Half sun and a little shade in the afternoon.
Measure the specific rotation of a substance by passing polarized light through a sample of known concentration and observing the rotation of the light beam with a polarimeter. Determine the concentration of an unknown compound by comparing its specific rotation to a standard curve created with samples of known concentration. Investigate the influence of temperature, concentration, or solvent on the optical activity of a substance by conducting measurements with a polarimeter under various conditions.