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#😇 चाणक्य नीति #science #🙏गुरु महिमा😇 #🚗🧗🏻भारत भ्रमण व सफर प्रेमी🚂⛰ #📝गणपति भक्ति स्टेटस🌺
😇 चाणक्य नीति - WORK & ENERGY IMPORTANT FORMULAS WORK DONE (W) When a force causes an object to move in the direction of the force work is said to be done Work Done (W) = Force (F)x Displacement (s) For an oblique force work: W = F x cose F= F= MKn d. Fo7 Force Displacement if6=0 then W= Fx $ Important Notes: 5 (in meters m) F= Force (in newtons N) 2 KINETIC ENERGY (KE) The energy possessed by a body due to its motion Kinetic Energy (KE)= 4 velocityz(v) x mass (m)x KE= zmv Velocity (in m/s) kg) m = Mass (in V= 3 POTENTIAL ENERGY (PE:) LAW OF CONSERVATION OF ENERGY Energy can neither be created nor The energy possessed by a body due to its position or height destroyed it can only be transform from one form to another Potential Energy (PE) Kinetic Energy gravity (g)*h(h) Potential Energy mass (m)x PE= mgh Important Values: g=9.8 m/s? (on Earth) m = Mass (in kg) Kinetic Energy Potential Energy g= Gravity (9.8m/s? on Earth) Potential Energy h= Height (in meters m) 5 POWER (P) SI UNITS Energy joule (J) The rate at which t is done or Work energy is transferred Force: newton (N) Work (W) Power (P) = Power: watt (W) Time (t) Time: second (s) Power (P) = (Force y Displacement) Time Time Power (P) Sl Unit of Power: watt (W) Energy/Time WORK & ENERGY IMPORTANT FORMULAS WORK DONE (W) When a force causes an object to move in the direction of the force work is said to be done Work Done (W) = Force (F)x Displacement (s) For an oblique force work: W = F x cose F= F= MKn d. Fo7 Force Displacement if6=0 then W= Fx $ Important Notes: 5 (in meters m) F= Force (in newtons N) 2 KINETIC ENERGY (KE) The energy possessed by a body due to its motion Kinetic Energy (KE)= 4 velocityz(v) x mass (m)x KE= zmv Velocity (in m/s) kg) m = Mass (in V= 3 POTENTIAL ENERGY (PE:) LAW OF CONSERVATION OF ENERGY Energy can neither be created nor The energy possessed by a body due to its position or height destroyed it can only be transform from one form to another Potential Energy (PE) Kinetic Energy gravity (g)*h(h) Potential Energy mass (m)x PE= mgh Important Values: g=9.8 m/s? (on Earth) m = Mass (in kg) Kinetic Energy Potential Energy g= Gravity (9.8m/s? on Earth) Potential Energy h= Height (in meters m) 5 POWER (P) SI UNITS Energy joule (J) The rate at which t is done or Work energy is transferred Force: newton (N) Work (W) Power (P) = Power: watt (W) Time (t) Time: second (s) Power (P) = (Force y Displacement) Time Time Power (P) Sl Unit of Power: watt (W) Energy/Time - ShareChat