Physics 1401 Formula Sheet – Final Chapter 2: One Dimensional Kinematics - ifxxx  - timetotal traveleddistance total speed average  - ififavttxxtxv - txvvtavt 00limlim - ififavttvvtva - tvaatavt 00limlim - Constant linear acceleration  atvv 0   tvvxx 0021  20021attvxx    02022 xxavv  Chapter 5: Newton’s Laws of Motion - amF - mgW  Chapter 6: Applications of Newton’s Laws - Nfss - Nfkk - spF kx. - rvacp2 Chapter 7: Work and Kinetic Energy - cosW F r Fd - 221mvK  - KWnet - 212spW kx - WP Fvt Chapter 8: Potential Energy and Conservation of Energy - UWc, - gU mgy - UKE  - 212spU kx - EWnc Chapter 9: Linear Momentum and Collisions - vmp - tpFt0lim -  tpFav -  avI F t p    - ......212211mmxmxmmxmXiiicm - ......212211mmymymmymYiiicm - fifivvvv2211 (1-D elastic) - ffiivmvmvmvm22112211Formula Sheet – Final Page 2 Chapter 10: Rotational Kinematics and Energy - rs - if - ififavttt  - tt0lim - ififavttt  - tt0lim - 2T - rvt - rat - 2racp - Constant angular acceleration  t0   t0021  20021tt   02022 - ...22221112rmrmrmINiii (N point masses) - 221IKrot - 222121CMCMrottranstotalIMvKKK  (CM is center of mass) Chapter 11: Rotational Dynamics and Static Equilibrium - rF - sinrF - I - L r p - IL  - sinrmvL  - tL - W Moments of Inertia for Uniform, Rigid Objects of Various ShapesFormula Sheet – Final Page 3 Chapter 12: Gravity - 122gmmFGr 2112Nm6.67 10 kgG - 12gravmmUGr - 3224rGMT - 2escGMvR A list of solar system data is located at the end of the formula sheet Chapter 13: Oscillations about Equilibrium  1fT  2 f  2T  )cos( tAx  )sin( tAv  )cos(2tAa  km  2mTk  2LTg  22lITgml Chapter 14: Waves and Sound - vf - 343 m/sv  (speed of sound in air at standard temperature and pressure) - Fv - mL - PIA - 010log( / )II - 12010IW/m2 - fvuvufso11' Chapter 15: Fluids - FPA - mV - BF gV - 21P P gh - 51.01 10atmP PaPhysics 1401 Formula Sheet – Final Chapter 16: Temperature and Heat  9325FCTT -  5329CFTT - 273.15KCTT - TLL 0 - TAA 02 - TVTVV 003 - J 186.4cal 1  - Q mc T - TQ kA tL - 4P e AT -  44net sP e A T T Chapter 17: Ideal Gas Law - PV NkT  231.38 10 J/Kk (Boltzmann’s constant)  PV nRT J8.31 mol KR  (universal gas constant) - Q mL - 32avgK kT - 33rmskT RTvmM - 32U NkT - 0LFAL - 0xF S AL - 0VPBV   Chapter 18: The Laws of Thermodynamics - U Q W   - W P V - 1chQeQ - max1chTeT - QST Solar System Data - radius of Earth: 66.37 10 mER  - radius of Moon: 61.74 10 mMR  - mass of Earth: 245.97 10 kgEM  - mass of Moon: 227.35 10 kg - mass of Sun: 302.00 10 kg - Earth-Moon distance: 83.84 10 m - Earth-Sun distance: 111.50 10