Show that the lines `vec r = hat i + hat j + hat k +lambda (hat i-hatj +hatk)` and `vec r= 4 ha...

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Show that the lines `vec(r) =(hat(i) +2hat(j) +hat(k)) +lambda (hat(i)-hat(j)+hat(k)) " Show that the lines `vec(r) =(hat(i) +2hat(j) +hat(k)) +lambda (hat(i)-hat(j)+hat(k)) "
Show that the lines `vec( r) =(hat(i) +hat(j) -hat(k)) +lambda (3hat(i) -hat(j)) " and " vec( r) Show that the lines `vec( r) =(hat(i) +hat(j) -hat(k)) +lambda (3hat(i) -hat(j)) " and " vec( r)
Show that the lines \\(\\vec{r}=3 \\hat{i}+2 \\hat{j}-4 \\hat{k}+\\lambda(\\hat{i}+2 \\hat{j}+2 .... Show that the lines \\(\\vec{r}=3 \\hat{i}+2 \\hat{j}-4 \\hat{k}+\\lambda(\\hat{i}+2 \\hat{j}+2 ....
Find the vector equation of the plane that contains the lines \\(\\vec{r}=(\\hat{i}+\\hat{j})+\\.... Find the vector equation of the plane that contains the lines \\(\\vec{r}=(\\hat{i}+\\hat{j})+\\....
Equation of the plane that contains the lines `r=(hat(i)+hat(j))+lambda(hat(i)+2hat(j)-hat(k)) and Equation of the plane that contains the lines `r=(hat(i)+hat(j))+lambda(hat(i)+2hat(j)-hat(k)) and
The distance between the line `r=2hat(i)-2hat(j)+3hat(k)+lambda(hat(i)-hat(j)+4hat(k))` and the The distance between the line `r=2hat(i)-2hat(j)+3hat(k)+lambda(hat(i)-hat(j)+4hat(k))` and the
Show that the line whose vector equation is vec r=(2 hat i-2 hat j+3)+lambda( hat i- hat j+4 ha... Show that the line whose vector equation is vec r=(2 hat i-2 hat j+3)+lambda( hat i- hat j+4 ha...
"`vec(r ) =(hat(i) +2hat(j) +3hat(k)) + lambda(hat(i) -3hat(j) +2hat(k))` `vec(r ) =(4hat(i) "`vec(r ) =(hat(i) +2hat(j) +3hat(k)) + lambda(hat(i) -3hat(j) +2hat(k))` `vec(r ) =(4hat(i)