3 form of verb।verbform।v1v2V3

Statement 1: Any charge will move from electric potential v_(1) and V_(2) by its own only when v_(1) lt V_(2) Statement2: Electron moves form V_(1)=2V towards V_(2)=4V

find 3- dimensional vectors overset(to)(v)_(1) , overset(to)(v)_(2), overset(to)(v)_(3) satisfying overset(to)(v)_(1),overset(to)(v)_(1) =4, overset(to)(v)_(1).overset(to)(v)_(2)=-2overset(to)(v)_(1).overset(to)(v)_(3)-6 overset(to)(v)_(2).overset(to)(v)_(2)=2,overset(to)(v)_(2).overset(to)(v)_(3) =-5 , overset(to)(v)_(3).overset(to)(v)_(3)=29

A point moves with a uniform acceleration and v_1 v_2 v_3 denote the average velociies in the three succellive intervals of time _1 , t_2 and t_3 . Find the ration of ( v-1 - v_2) and ( v_2 - v_3).

If p=9, v=3 , then find p is terms of v from the equation (dp)/(dv)=v+1/v^2

A is a square matrix of order 3 and v_1, v_2, v_3 are 3 column matrices such that Av_1=[[1],[2],[3]] , Av_2=[[-1],[0],[2]] , Av_3=[[0],[-1],[2]] where v_1=[[1], [1], [1] , v_2=[[2], [0], [3] , v_3=[[1], [1], [-1] then the value of |A| is

If v_(1) , v_(2) and v_(3) are the fundamental frequencies of three segments of stretched string , then the fundamental frequency of the overall string is

Let L_1, L_2, L_3 be three distinct lines in a plane P and another line L, is equally inclined with these three lines. Statement-1: The line L is normal to the plane P. because Statement-2: if non zero vector vec V is equally inclined to three non zero coplanar vector vec V_1, vec V_2, vec V_3 then the vector vec V is normal to the plane of vec V_1, vec V_2 and vec V_3

Let u-=ax+by+a root(3)(b)=0,v-=bx-ay+b root(3)(a)=0,a,b in R be two straight lines.The equations of the bisectors of the angle formed by k_(1)u-k_(2)v=0 and k_(1)u+k_(2)v=0, for nonzero and real k_(1) and k_(2) are u=0 (b) k_(2)u+k_(1)v=0k_(2)u-k_(1)v=0 (d) v=0

Arrange the following metals in increasing order of their reducing power. [ Given : E_(K^(+)//K)^(@)=-2.93V, E_(Ag^(+)//Ag)^(@)=+0.80V, E_(Al^(3)//Al)^(@)=-1.66V, E_(Au^(3+)//Au)^(@)=+1.40 V, E_(Li^(+)//Li)^(@)=-3.05 V ]