By using an electromagnet with a variable resister to finely-balance your spherometer's intrinsic, counter-clockwise torque--assuming that you are in the northern hemisphere.
If you are in the Southern Hemisphere, then you'll simply need to reverse the polarity of your electromagnet.
By using an electromagnet with a variable resister to finely-balance your spherometer's intrinsic, counter-clockwise torque--assuming that you are in the Northern Hemisphere.
If you are in the Southern Hemisphere, then you'll simply need to reverse the polarity of your electromagnet.
yes, even more when concentrating on the area
Touch ... the number of receptor cells.
They would be more sensitive to heat and less to cold. The fat in your body acts as a 'coat' or jacket would. Imagine wearing heavy coat in the summer.
More sensitive areas have more receptors that sense pressure, temperature, etc., thus making them more sensitive to touch than others. For example, fingertips have more receptors than the back of the leg and are therefore more sensitive. I think there are more there because they are considered more important to the body or easily damaged. The face, with its proximity to the brain, has more receptors than between your toes. Although, I think the middle of the back doesn't have as many even though it is near the spine, so there may be more to this.
why we use sensitive balance
The reason a spherometer is called a spherometer is because it measures the radius of a sphere.
The reason a spherometer is called a spherometer is because it measures the radius of a sphere.
A spherometer is an instrument for the precise measurement of the radius of a sphere. The spherometer directly measures a sagittal. Since the spherometer is essentially a type of micrometer, it measures very small things like millimeters.
The spherometer was invented by William Gascoigne in the 17th century. It is a precision instrument used to measure the curvature of spherical surfaces.
because to determine the radius of curvatureof a given spherica surface by spherometer
The distance moved my the screw in one complete rotation in the circular scale is called the pith of spherometer.
The pitch of a spherometer is the distance between its tips when its central leg is displaced by one turn of the screw. The least count of a spherometer is the smallest distance it can measure, which is determined by the pitch of the screw. The least count is equal to the pitch of the spherometer divided by the number of divisions on the circular scale.
To avoid backlash error in a spherometer, always approach the surface being measured with the same direction of rotation when adjusting the measuring screw. Additionally, make sure to account for any play or slack in the screw mechanism before taking your measurement. Regularly calibrate and maintain the spherometer to ensure accuracy and minimize the risk of backlash errors.
3/16" thick is the minimum thickness Sagiita that can be measured by means of spherometer.
Some diuretics make the skin more sensitive to sunlight.
To use a spherometer, place it gently on the spherical surface to be measured and adjust the central screw until the two outer legs make contact with the surface. The reading on the scale will give you the curvature or depth of the spherical surface at the point of contact.
when the three outer legs tilt or doesnt stand still,it's called backlash error in spherometer...