9) Derive an expression to calculate the time of cooling of a body throug..
9) Derive an expression to calculate the time of cooling of a body through a range T2 to T1(T2>T1) of temperature.
10) A steel wire 0.72 m long has a mass of 5.0×10−3 kg. If the wire is under a ter sion of 60 N. Calculate the speed of transverse waves on the wire.
Video solution 1: 9) Derive an expression to calculate the time of cooling of a body through a range T2 to T1(T2>T1) of temperature.
10) A steel wire 0.72 m long has a mass of 5.0×10−3 kg. If the wire is under a ter sion of 60 N. Calculate the speed of transverse waves on the wire.
Derive Newton's law of cooling to show that the rate of loss of heat f
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SOLVED: Q4: The rate of cooling of a body is given by dθ/dt where k is a constant. If θ = 60°C when t = 2 minutes and θ = 50°C when
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Derivation of mathematical expression for Newton's law of cooling • HERO OF THE DERIVATIONS.