The volume of parallelo piped whose coterminus edges are `bar i -bar j, 2bar i +bar j+bar k, bar i -bar j+3bar k` is ______

The volume of a parallelopiped whose edges are represented by -12bar i+lambda bar k, 3bar j-bar k and 2bar i +bar j-15bar k is 546 then lambda=____

The volume of a parallelopiped whose edges are represented by -12bar i+lambda bar k, 3bar j-bar k and 2bar i +bar j-15bar k is 546 then lambda=____

If the volume of a parallelopiped with coterminous edges 4bar(i)+5bar(j)+bar(k) , -bar(j)+bar(k) and 3bar(i)+9bar(j)+pbar(k) is 34 cubic units, then p=

If the volume of a parallelopiped with coterminous edges 4bar(i)+5bar(j)+bar(k),-bar(j)+bar(k) and 3bar(i)+9bar(j)+pbar(k) is 34 cubic units, then p=

Determine lambda , for which the volume of the parallelopiped having coterminus edges bar(i)+bar(j), 3bar(i) - bar(j) and 3bar(j) + lambdabar(k) os 16 cubic units.

The volume of the parallelopiped witn coterminus edges lbar(i)-5bar(k),bar(i)-bar(j)+mbar(k) and 3bar(i)-5bar(j) is 8. Then 1' and m'' are related a

Find the volume of the parallelopiped having co-tenninus edges are represented by the vectors 2 bar(i) - 3bar(j) + bar(k), bar(i) -bar(j) +2bar(k), 2bar(i) + bar(j) -bar(k) .

The volume of a parallelopiped whose edges are represented by -12bar(i)+lambdabar(k) , 3bar(j)-bar(k) and 2bar(i)+bar(j)-15bar(k) is 546 then lambda=

Find the volume of the tetrahedron having the edges , bar(i) + bar(j) + bar(k), bar(i)-bar(j), bar(i) + 2bar(j) + bar(k) .