Question

An object, originally at the point (2, 5, 1) cm is moved by vector (8i-2j+k) cm. The coordinates of its new position are
​

Answer 1

Therefore the coordinates of new position is (10, 3, 2) .

Given : An object, originally at the point (2, 5, 1) cm is moved by vector (8i-2j+k) cm.

To find : The coordinates of its new position.

solution : as it is given An object is initially located at (2, 5, 1) cm. it is moved by vector (8i - 2j + k)cm.

so final position of the object = initial position + (8i - 2j + k)

= (2i + 5j + k ) + (8i - 2j + k)

= 10i + 3j + 2k

Therefore the coordinates of new position is (10, 3, 2).

also read similar questions : Three forces f1 vector =( 2i^+4j^ ) N; f2vector = (2j^- k^) N and f3 vector = (k^- 4j^ -2i^) N are applied on an object ...

https://brainly.in/question/5414142

Find the vector equation of a plane passing through the point (1, 4, 6) and normal to the vector i-2j+k.

https://brainly.in/question/1115039

Answer 2

Answer:

10 , 3 ,2

Explanation:

Heyy!!..plzz check the answe!!

hop this helps you.