Yes, it depends on the depth and lengths on both sides of the river
Moving your finger along the string will alter the length and the pitch of the sound produced.
Moving your finger along the string will alter the length and the pitch of the sound produced.
Moving your finger along the string will alter the length and the pitch of the sound produced.
Longitudinal temperature refers to the variation in temperature along the length of an object or material. It describes how the temperature changes in one direction (usually the long axis) of an object or substance.
No. Heat is conducted from a region of high temperature to that of lower temperature. If the whole rod is at the same temperature then there is no temperature gradient and so no heat will be conducted.
No. Heat is conducted from a region of high temperature to that of lower temperature. If the whole rod is at the same temperature then there is no temperature gradient and so no heat will be conducted.
When humans age they change physically and mentally. Sleep patterns shift somewhat, along with the length of sleep cycles.
No. Heat is conducted from a region of high temperature to that of lower temperature. If the whole rod is at the same temperature then there is no temperature gradient and so no heat will be conducted.
If half of its length is increased by 2%, then its entire length is increased by 1%.In order to know how this affects the wire's resistance, we'd want to be able toassume that its composition and cross-section are constant along its length. Thiscould be a risky assumption, especially since the length was increased ... possiblyby stretching the wire, which would certainly affect the cross section.But without overthinking the situation and making myself nervous about it, lets justassume uniform composition and cross-section along the entire length, throughoutthe observation period. Then its resistance also increases by 1%.
It is the length along one of its edges.
If it is a straight line then it has lateral symmetry along its length. It also has symmetry at every point along its length.
there can be two ways to cut a convex lens into two equal parts-- one, along the principal axis and another, perpendicular to the principal axis. If the lens is cut along the principal axis, then there will bo NO change in the focal length of the lens. But, if it is cut perpendicular to the principal axis, then the focal length will be twice the original one.