SOLUTIONName - Mortada AliQassemYa = (y»)o +(v»)ot – g²with (yg)o =0, (vg)o =3 m/s, and g =9.81 m/s².YB = 3t – 4.9051²The elevator undergoes uniform motion.YE = (yg)o +Vgtwith (y,), =-10 m and v, = 4 m/s.(a)Time of impact.Set yn = Yɛ31 – 4.9051² = -10+414.9051² +1 – 10 = 0t = 1.3295 and -1.5334t = 1.330 s(b)Location of impact.YB = (3)(1.3295)-(4.905)(1.3295)² =-4.68 mYE = -10+(4)(1.3295) = -4.68 m(checks)4.68 m below the manHey I want a nicehandwriting pleasewith my name thesame solution

here, equation of motion and initial conditions is given from that we got yB....eqn. 1). then for…

Answered: with (y)o =0, (v½ )o = 3 m/s, and g…

with (y)o =0, (v½ )o = 3 m/s, and g =9.81 m/s². Yg = 3t – 4.905,² The elevator undergoes uniform motion. YE = (yE)o +Vg! with (yE)o =-10 m and v = 4 m/s.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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