Please use the right above corner way to do. Acceleration is not in my syllabus. Write explanations of each equation or steps that needed to . What is d and etc. thank you

uestion 4 of 8 - /15 Two different experiments are performed. In the first experiment, a constant force F is applied to a hydrogen ion. In the second experiment, the same constant applied force F is applied to an ion that has a mass 16 times the mass of hydrogen. In each experiment, the ion is at rest at location A. Note that this force is much larger than any possible gravitational force on the ions, so you can neglect gravity 101 OF let Ad be the distance between And B. P1, 4 : Vr for ion dredit ve At Up For Hion (VE TH AE YrAt de-d, Vis * . + Fatal At de-dad/v. at Hin That Are For Hien For lon At a Ad ( Fretde ) At = Ad ( Fretat =2 . 646 At 2 ( Fnet ) = 0 1m DE ? ( Fat ) = 7 d m Part 1 What is the ratio of the time interval for each ion to travel from A to B. At Vrin Fret ( 2.646 At ) 2. 646 Ation AtH = 0:328 pt. 2) $1: 3 ) For lon For H Save for Later 7am FI = 2.646 At = Fret Attempts: 0 of 4 use Pion Frett ( 2. 6460 / ) Part 2 * = Fruit = J What is the ratio of the speeds of the ions as they pass location B, -ion ? PRim = P X " + FretAt = Frutat = - 7 my UB.H Vel= N: Fatat M -7 P 1. 5 ) PAH = P X ' + FAtah = FatAt = - My UBion = UB.H Ven : - oat PRM -my Part 3 What is the ratio of the momenta of the ions as they pass location B, Bion ? PB.H PBion = PB.H Save for Later Attempts: 0 of 4 used Submit Answer Part 4 Now, suppose the ion and the hydrogen ion are released from rest in a constant gravitational field, and the only force on each ion is F grav = (0, - mg, 0) Answer the same questions as above. What is the ratio of the time interval for each ion to travel from A to B, Tion? Ation = AtH Save for Later Attempts: 0 of 4 used Submit Answer Part 5 What is the ratio of the speeds of the ions as they pass location B, -ion? UB.jon UB.H Save for Later 18 of 25 Attempts: 0 of 4 used Submit