A charged particle of mass 2 {kg} and charge 3 {C} starts with initial velocity 4 \stackrel{\^}{{i}}+3 {{k^{\^}}} in an electric field 12 \stackrel{\^}{{i}}+10 {{j^{\^}}}. Here, all units are in SI. At time {t}=1, its velocity becomes

Correct Answer is : 22^i+15^j+3^k

16 \stackrel{\^}{{i}}+19 \stackrel{\^}{{j}}+3 \stackrel{\^}{{k}}

40 \stackrel{\^}{{i}}+20 \stackrel{\^}{{j}}+\stackrel{\^}{{k}}

22 \stackrel{\^}{{i}}+15 \stackrel{\^}{{j}}+3 \stackrel{\^}{{k}}

22 \stackrel{\^}{{i}}+18 \stackrel{\^}{{j}}

UPSEE 2018 Solved Paper

Question : 24 of 150

Marks: +1, -0

A charged particle of mass 2kg and charge 3C starts with initial velocity 4

in an electric field 12

+10

. Here, all units are in SI. At time t=1, its velocity becomes

Go to Question:

Prev Question

Next Question