A train traveling at vo = 20.0 m/s begins to brake by applying a velocity-dependent insta < Feedbackm/s²a(v) =D =where a = -22.0 m²/s3, v is the instantaneous velocity of the train, and u = 0.5 m/s.Determine the distance D traveled by the train before it comes to a complete stop.αv+u125.758IncorrectUse calculus to derive the equationfor the train's velocity as a function oftime from the explicit dependence ofthe acceleration on velocity.a (v) =dudt=α(v +u)α(v +u)(v +u) dv = (a) dtIntegrate both sides of this equationto obtain an expression for u in termsof t. Make sure to use appropriateintegration limits or boundaryconditions. Then, set v = 0 and solvefor the time it takes the train to stop.Follow a similar procedure to obtainan expression for distance as afunction of time. The resulting A train traveling at vo = 20.0 m/s begins to brake by applying a velocity-dependent instantaneous accelerationm/s²a(v) =D =awhere a = -22.0 m²/s3, v is the instantaneous velocity of the train, and u = 0.5 m/s.Determine the distance D traveled by the train before it comes to a complete stop.v +uIncorrect125.758m

Name: A train traveling at vo = 20.0 m/s begins to brake by applying a velo
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: A train traveling at vo = 20.0 m/s begins to brake by applying a velocity-dependent insta < Feedbackm/s²a(v) =D =where a = -22.0 m²/s3, v is the instantaneous velocity of the train, and u = 0.5 m/s.Determine the distance D traveled by the train befo