Electric flux through a surface of area ` 100m^2` lying in the xy plane is (in V-m) if `vec E= hat i+ sqrt 2hat j + sqrt 3 hat k-`.

Electric flux through a surface of area 100 m^(2) lying in the x,y plane is (in V-m) if vec(E)=hat(i)=sqrt(2j)+sqrt(3k)

Electric flux through a surface of area 100 m^(2) lying in the plane in the xy plane is (in V-m) if E=hat(i)sqrt(2)hat(j)+sqrt(3)hat(k) :

Electric flux through a surface of area 100 m^(2) lying in the plane in the xy plane is (in V-m) if E=hat(i)sqrt(2)hat(j)+sqrt(3)hat(k) :

Electric flux through a surface of area 100 m^(2) lying in the plane in the xy plane is (in V-m) if E=hat(i)sqrt(2)hat(j)+sqrt(3)hat(k) :

Find out the electric flux through an area 10 m^(2) lying in XY plane due to a electric field vec(E)=2hat(i)-10 hat(j)+5hat(k) .

Find out the electric flux through an area 10 m^(2) lying in XY plane due to a electric field vec(E)=2hat(i)-10 hat(j)+5hat(k) .

If side vec A B of an equilateral trangle A B C lying in the x-y plane 3 hat i , then side vec C B can be -3/2( hat i-sqrt(3) hat j) b. -3/2( hat i-sqrt(3) hat j) c. -3/2( hat i+sqrt(3) hat j) d. 3/2( hat i+sqrt(3) hat j)

If side vec A B of an equilateral trangle A B C lying in the x-y plane 3 hat i , then side vec C B can be a. -3/2( hat i-sqrt(3) hat j) b. -3/2( hat i-sqrt(3) hat j) c. -3/2( hat i+sqrt(3) hat j) d. 3/2( hat i+sqrt(3) hat j)

If side vec A B of an equilateral trangle A B C lying in the x-y plane 3 hat i , then side vec C B can be a. -3/2( hat i-sqrt(3) hat j) b. 3/2( hat i-sqrt(3) hat j) c. -3/2( hat i+sqrt(3) hat j) d. 3/2( hat i+sqrt(3) hat j)