A. A magnet has a Curie Point, a temperature beyond which it is no longer a magnet. Identified by Marie Curie. This property is used in items such as toaster timers. As far as I know there is no low temperature limit.
NO!!
They are classified according to their strength, rigidity, plasticity, and boiling/melting temperatures. They are classified according to their strength, rigidity, plasticity, and boiling/melting temperatures.
It is the ultimate strength of a material subjected to tensile loading. In other words, it is the maximum stress developed in a material in a tension test.
NO!!! the strength of magnet is not affected by temperature
strength decreases flexibility increases
Introduction:Strength of material is affected by many different factors including design, shape, material composition, dimensions and other physical properties. The strength of materials is evaluated in many different ways. Tensile strength and compression strength are among the most commonly used properties. Some materials have a high tensile strength and very low compression strength. Others have a high compression strength and very low tensile strength. For an egg the only strength that is important for us is the compression strength. Project description: In this project you will measure the compression strength of an gg from different directions and report the results. You will make the instrument to do this test.
415 is the tensile strength of steel when it is subjected toelongation. for Fe 415 , tensile strength is 415 N/mm2- K @ $ ! civil engineering - GITAM UNIVERSITY
High melting points and strength at high temperatures.
It dose effect because the properties get unbalanced.
Inertia. A system will not change it's properties until an external force is applied. Permanent magnets DO decrease in strength by being used as they are subjected to external magnetic fields that oppose them. How much a permanent magnet will be affected by the external field depends on it's Hysteresis loop characteristics.
do you mean paralysis?it is a complete loss of strength of the muscle group affected.
No mass is not affected by gravity, weight is.