Search for tag: "displacement"

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06:49 Clip of AP Physics C - Mechanics (M3.3 Mechanical… Clip of AP Physics C - Mechanics (M3.3 Mechanical Energy)	Clip of AP Physics C - Mechanics (M3.3 Mechanical Energy) energy times sum spring force angle distance friction cosine potential velocity power compression initial displacement forces minus d1 room delta From Berg-stress-er on November 23rd, 2020 0 likes 8 plays
17:28 Clip of AP Physics C - Mechanics (M3.1 Work and… Clip of AP Physics C - Mechanics (M3.1 Work and Work-Kinetic Energy Theorem)	Clip of AP Physics C - Mechanics (M3.1 Work and Work-Kinetic Energy Theorem) Work equation with integrals and Work-Kinetic Energy theorem force times displacement direction energy theta shaft weight minus cosine amount object cable thing equation change mass bucket dx bottom angle boundaries From Berg-stress-er on November 5th, 2020 0 likes 10 plays
14:55 Clip of M1.3 AP Physics C - Mechanics (2-D Motion) Clip of M1.3 AP Physics C - Mechanics (2-D Motion)	Clip of M1.3 AP Physics C - Mechanics (2-D Motion) Projectile motion and angular/rotational motion theta velocity cosine times acceleration direction naught omega displacement tangent motion equations r. sine meters equation altitude component angle circle delta From Berg-stress-er on October 28th, 2020 0 likes 16 plays
08:50 Clip of M1.2 AP Physics C - Mechanics (Kinematics… Clip of M1.2 AP Physics C - Mechanics (Kinematics Equation)	Clip of M1.2 AP Physics C - Mechanics (Kinematics Equation) Deriving the kinematics equations velocity t. displacement naught equation dx times v0 acceleration sides dv change exponent bit position variable equals thing delta average variables d. power From Berg-stress-er on October 21st, 2020 0 likes 9 plays
06:03 Clip of AP Physics C - Mechanics (derivatives and… Clip of AP Physics C - Mechanics (derivatives and integral applications in kinematics)	Clip of AP Physics C - Mechanics (derivatives and integral applications in kinematics) Examples of how to use derivatives and integrals in kinematics. exponent object equation coefficient times velocity position displacement meters seconds t. rest acceleration derivative math respect equals rectangles graph rectangle flow From Berg-stress-er on October 9th, 2020 0 likes 9 plays
15:06 Clip of M1.1 AP Physics C - Mechanics (kinematics… Clip of M1.1 AP Physics C - Mechanics (kinematics derivatives and integrals)	Clip of M1.1 AP Physics C - Mechanics (kinematics derivatives and integrals) 1-D kinematics, how to take a derivative, how to integrate and application of both to kinematics velocity times slope position graph displacement 3x meters seconds acceleration change object derivative exponent cubed boundaries function triangle graphs minus derivatives From Berg-stress-er on October 8th, 2020 0 likes 12 plays
27:04 myopenmath lecture 9_25 myopenmath lecture 9_25	myopenmath lecture 9_25 Distance vs Displacement and Speed vs Velocity direction distance displacement meters speed velocity vector magnitude acceleration miles object scalar diagram question questions homework sun directions guy bike From curtis.yawn on September 25th, 2020 0 likes 11 plays
05:30 Clip of M3.6 Acceleration Clip of M3.6 Acceleration	Clip of M3.6 Acceleration acceleration (derivative of velocity) acceleration velocity change slope graph units meter values segment seconds times delta displacement integration lines equals meters numerator speed function denominator From Berg-stress-er on September 19th, 2020 0 likes 25 plays
04:23 Clip of M6.3 Power Clip of M6.3 Power	Clip of M6.3 Power Power power force sine velocity angle times energy ramp wheelchair cosine equation theta displacement degrees meters t. rate seconds sides vector mass unit horsepower From Berg-stress-er on September 8th, 2020 0 likes 14 plays
07:02 Clip of M7.4 Rotational work and energy (At 3:56… Clip of M7.4 Rotational work and energy (At 3:56 it should be potential energy final not initial)	Clip of M7.4 Rotational work and energy (At 3:56 it should be potential energy final not initial) Rotational work and energy (At 3:56 it should be potential energy final not initial) mass energy pulley times theta sum radius omega equation delta torque velocity meter meters equals angle distance displacement linear height mgh sides potential From Berg-stress-er on September 8th, 2020 0 likes 17 plays
05:07 Clip of 6.1 Work Clip of 6.1 Work	Clip of 6.1 Work Dot product times force direction angle displacement dot cosine vectors mass meters object energy gravity vector scalar kilograms box degrees d. term method tail operation methods From Berg-stress-er on August 21st, 2020 0 likes 22 plays
20:59 Clip of Clip of M4.2 Projectile Motion Clip of Clip of M4.2 Projectile Motion	Clip of Clip of M4.2 Projectile Motion Projectile motion (2-D motion) velocity theta direction times tangent displacement meters motion cosine acceleration equation distance peak projectile degrees deck path component angle arrow equations vector From Berg-stress-er on August 18th, 2020 0 likes 38 plays
07:29 Clip of M3.7 Derivation of Kinematics Equations Clip of M3.7 Derivation of Kinematics Equations	Clip of M3.7 Derivation of Kinematics Equations Four kinematics equations equation height base v0 times t. equals displacement equations triangle minus rectangle velocity trapezoid acceleration kinematics d. thing o. distance vf a. term From Berg-stress-er on August 17th, 2020 0 likes 24 plays
07:22 Clip of M3.5 Speed and Velocity Clip of M3.5 Speed and Velocity	Clip of M3.5 Speed and Velocity Average and instantaneous speed and velocity, graphs (derivatives and integrals) velocity displacement graph speed distance axis seconds slope exponent curve equation times meters acceleration coefficient derivative tangent point change lesson From Berg-stress-er on August 17th, 2020 0 likes 23 plays
08:22 Clip of M3.4 Distance and Displacement Clip of M3.4 Distance and Displacement	Clip of M3.4 Distance and Displacement Distance (scalar) Displacement (vector) displacement distance path position axis object equation meters hat velocity graph vectors magnitude vector spray length arrows paint sum direction ground From Berg-stress-er on August 14th, 2020 0 likes 36 plays
12:37 Clip of M3.2 Area Under/Over Curves (Integral) Clip of M3.2 Area Under/Over Curves (Integral)	Clip of M3.2 Area Under/Over Curves (Integral) Integral exponent equation curve velocity times rectangle boundary boundaries height displacement position rectangles seconds width axis graph t. cubed minus direction base triangle From Berg-stress-er on August 14th, 2020 0 likes 40 plays