SOLUTION: Find 3U + 2V given the vectors U = -i + 4j and V = 2i -3
Algebra.Com
Question 857573: Find 3U + 2V given the vectors U = -i + 4j and V = 2i -3
Answer by Fombitz(32388) (Show Source): You can put this solution on YOUR website!
U=(-1,4)
V=(2,-3)
3U+2V=3(-1,4)+2(2,-3)=(-3,12)+(4,-6)=(-3+4,12-6)=(1,6)
RELATED QUESTIONS
Find 2u, -3v, u+v, 3u-4v, for the given vectors u=2i and... (answered by jim_thompson5910)
For the pair of vectors, find U + V, U − V, and 4U + 2V.
U = 2i + 5j, V = 5i +... (answered by MathLover1)
Use the vectors u = <2, 2>, v = <-3, 4> and w = <1, -2> to find the indicated quantity.
(answered by math_helper,rothauserc)
Given two vectors u = 5i - 4j and v = 7i + 8j, find dot product
(3u) * v
3u =... (answered by greenestamps,math_tutor2020)
For the vector, find 1/2V, −V, and 4V.
V = 2i + 4j
1/2V =
−V = (answered by MathLover1)
If given the vectors of u = <−3, 7> and v = <5,1>, then what's 3u + 2v?
A.) <1,... (answered by Fombitz)
Given the vectors v = -2i + 5j and w = 3i + 4j, determine
#1 1/2 v
#2 w - v
(answered by Alan3354)
Find 2u-3v, u+v, and 3u-4v for the given vectors u and v
u=2,7
v=3,1
Please help. (answered by math-vortex)
Please help me with this problem.
Find 2u, -3v, u + v, and 3u-4v for the given vectors u (answered by MathLover1)