Ap physics equation sheet Guides d'étude, Notes de cours & Résumés

AP Physics Equation Sheet 2023 Update Review Simplest Kinematics - v=v₀+at Distance Kinematics - ∆x=v₀t+1/2at² Velocities and no time Kinematics - v²=v₀²+2a∆x Net Force - Fnet=ma Force of Friction - F=µN Centripetal acceleration - a=v²/r Torque - T=F⊥d Momentum - p=mv Impulse (2) - J=F∆t=∆p Kinetic Energy - KE=1/2mv² Gravitational Potential Energy - PE=mgh Work (2) - W=Fd=∆KE Average Power - P=W/∆t Alternate Power expression - P=Fv Spring Force (Restorin...

AP Physics Equation Sheet 2023 Update Review Simplest Kinematics - v=v₀+at Distance Kinematics - ∆x=v₀t+1/2at² Velocities and no time Kinematics - v²=v₀²+2a∆x Net Force - Fnet=ma Force of Friction - F=µN Centripetal acceleration - a=v²/r Torque - T=F⊥d Momentum - p=mv Impulse (2) - J=F∆t=∆p Kinetic Energy - KE=1/2mv² Gravitational Potential Energy - PE=mgh Work (2) - W=Fd=∆KE Average Power - P=W/∆t Alternate Power expression - P=Fv Spring Force (Restorin...

Equations to Know for the AP Physics 1 Exam (not on equation sheet) 2023 Update V=Δx/Δy - ANS--also v=d/t -simple equation that is not on the AP Exam a=Δv/Δt - ANS--also a=d/t -simple equation that is not on the AP Exam d=½ (Vf+Vo)Δt - ANS--use this equation to find displacement FgΙΙ =mgsinθ - ANS--force of gravity parallel=mg×sin of the angle FgPerpendicular=mgcosθ - ANS--force of gravity perpendicular=mg×cos of the angle MEo=MEf - ANS-Conservation of Energy -can be used ...

AP Physics 1 Formula Sheet Quiz 2023 Update v = v₀ + at - 1st kinematic equation x = x₀ + v₀t + ½at² - 2nd kinematic equation v² = v₀² + 2a(∆x) - 3rd kinematic equation a = ∑F/m = Fnet/m - Newton's 2nd Law (solved for acceleration) |Ff| = µ|Fn| - Force of friction Definition a = v²/r - Centripetal acceleration p = mv - Linear Momentum ∆p = F∆t - Impulse Momentum Theorem K = ½mv² - Kinetic energy (translational) ∆E = W = Fd = Fdcos(θ) - Work Energy Theorem /...

AP Physics 1 Formula Sheet Quiz 2023 Update v = v₀ + at - 1st kinematic equation x = x₀ + v₀t + ½at² - 2nd kinematic equation v² = v₀² + 2a(∆x) - 3rd kinematic equation a = ∑F/m = Fnet/m - Newton's 2nd Law (solved for acceleration) |Ff| = µ|Fn| - Force of friction Definition a = v²/r - Centripetal acceleration p = mv - Linear Momentum ∆p = F∆t - Impulse Momentum Theorem K = ½mv² - Kinetic energy (translational) ∆E = W = Fd = Fdcos(θ) - Work Energy Theorem /...