It is a condition in which normal and shear stresses directed perpendicular to the "x-y"plane are assumed to be "zero"
If you mean principal palne, it is th e plane of a member where its tension stress is maximum and shear stress zero ( principal stress). It is the highest stress and is often used to compute failure against tensile allowable. Failure will generally occur in the direction of that plane.
the plane in which three mutually perpendicular stresses act and the resultant of all is purely normal stress . in this plane value of shear stress is zero
pressure is always act normal to the plane but stress may or may not be normal to the plane.it may act tangential or at certain angle to the plane. pressure is always act normal to the plane but stress may or may not be normal to the plane.it may act tangential or at certain angle to the plane.
ZERO.
Stress is a tensor because it affects the datum plane. When this is affected and it changes, it is then considered a tensor.
One of the most common stress related conditions is anxiety. It is hard to say exactly what the most common condition is. Another common stress related condition is high blood pressure.
The principle stress is a maximum tension stress in a body where shear stress is zero and it acts on the principle plane. If a body is under both tension and shear then the principle stress is higher than the initial tension stress. You can calculate this and find the principle plane angle using Mohr Circle analysis or equations.
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the inclined plane must be very rough
the inclined plane must be very rough
No, it really may be in all three planes. May be you are saying about maximum shear stress.
when the converging ray of light do not meet at a point, it moves parallelly then under this condition does concave mirror behaves as a plane mirrror.