Conservation of Energy Formula : Energy spent in one act=Energy gained in the related act Conservation of Energy Formula is energy transform Ein subtraction Energy of out Eout is equal to the of any system occurs in the form of energy ΔEsys.Hence the conservation of Energy formula can be written as Ein -Eout =ΔEsys As …
Cylindrical capacitor Formula : Cylindrical capacitor formula C(f) in farad is equal to the two pi value π in3.14 multiply the Permittivity of free space ε0(f/m) in farad per meter and multiply length of the cylinder L(m) in meter division of In multiply the inner and outer radius cylinder a and b in centimeter. Hence …
Elastic Collision Formula : The Elastic Collision formula is the mass of 1st body m1(kg/s) in kilogram per second multiply the initial velocity of 1st body u1(m/s) in meter per second multiply mass 2nd body m2(kg/s) in kilogram per second multiply the initial velocity of the second body u2 (m/s) in meter per second is …
Heat Capacity Calculator : Heat Capacity of an object can be calculated by dividing the amount of heat energy supplied (E) by the corresponding change in temperature (T) and you get the calculator below it. Heat Capacity Calculator Heat Capacity Formula : The Heat capacity is Q(j) in joule is equal to the mass m …
Heat Flux Formula : Heat flux formula is conductive heat flux JHc(w/m-1) in watts per meter-1 is equal to the product of thermal conductivity costant = λ(wm-1/K-1) in watts per meter-1 per Kelvin-1 and multiply the temperature dT(0c) in degree Celsius and divided by the dz .Hence the Heat Flux Formula can be written as …
Heat of Hydration Formula : The heat of hydration formula ((Kj/mol) in kilojoule per mole is equal to the product of heat of solution ΔHSolution((Kj/mol) in kilojoule per mole minus of Lattice energy of the solution ΔHlatticeenergy (Kj/mol) in kilojoule per mole .Hence the heat of hydration formula can be written as, Heat of hydration(Kj/mol …
Heat Of Reaction Formula : The heat of Reaction formula quality of change heat Q is equal to the m (kg) in kilogram and multiply the specific heat capacity of the medium c (j/K.g) in joule per kilogram and multiply the difference temperature of the medium ΔT(k or oc ) in Kelvin or degree Celsius. …
Heat of Vaporization Formula : Heat of vaporization formula is Hv(j/g) in joule per gram is equal to the product of heat q(j) in joule and divided by the mass of the substance m(kg) in kilogram. Hence the Heat vaporization formula can be written as, Hv(j/g) = q(j)/m(kg) Where, Hv → vaporization heat in j/g …
Heat Rate Formula : Heat Rate Rh (btu/hr ) in btu per hour is equal to the is steam flow ws(lb/hr) in Ib per hour multiply the specific heat capacity c(btu/lb ∘F) btu per Ib Fahrenheit and multiply the temperature difference ΔT(∘F.) in Fahrenheit. Hence the Heat Rate can be written as, Rh (btu/hr )=ws(lb/hr) *c(btu/lb ∘F)*ΔT(∘F.) …
Heat Release Rate Formula : The heat release Rate formula is the chemical energy released ΔQc(kj/kg) in kilo joule per kilogram is equal to the ΔW(kj/kg) in kilo joule per kilogram and addition of product is the work output ΔW(kj/kg) in kilo joule per kilogram and addition of chemical energy released ΔQh(kj/kg) kilo joule per …
