Give vector EF with E(-9,3) and F(-4,-6) in component form.
<5,-9>
What vector does "i" stand for in the linear combination form of vectors?
<1,0>
Write the component form with given info; round to the nearest hundredth:
||c||=20, theta=40^o
c=<15.32,12.86>
Give the vector in trigonometric form; leave magnitude and direction angle as simplified radicals.
m=<5,-5>
m=5sqrt2<cos315^o,sin315^o>
Give the vector, shown as a linear combination, i+j in component form.
<1,1>
Give the magnitude for vector JK <4,4> and leave it in simplified radical form.
4sqrt2
Give the magnitude of vector CD <-16,12>
20
Give the component form of vector LM where L(-1,-2) and M(3,2).
<4,4>
Give the direction angle of vector HI <-7,2>. Round to the nearest hundredth.
164.05o
What is the direction angle for vector AB with A(-1,1) and B(2,2)? Round to the nearest hundredth.
18.43o
Write the component form given and leave in simplified radical form:
||n||=18 , theta=300^o
n=<9,-9sqrt3>
Give the vector in trigonometric form; round the direction angle to the nearest hundredth.
k=4sqrt2i-2j
k=6<cos340.53^o,sin340.53^o>
Given m=<3,-1> and n=<8,6> find:
4m-7n
<-44,-46>
Give the magnitude of vector XY <-7,2>. Keep it in radical form.
sqrt53
Given n=<8,6> and p=<-7,-5> find:
-2p+3n
<38,28>
Give the vector in trigonometric form; magnitude as radical, round the direction angle to the nearest hundredth.
T(-3,-4) and U(3,8)
t=6sqrt5<cos63.43^o,sin63.43^o>
Give vector c=<16,1> as a linear combination in terms of unit vectors i and j.
16i+j
Give the direction angle for vector NO <4,4>.
45o
Give the component form of vector XY where X(4,-3) and Y(-3,-1).
<-7,2>
Find a unit vector u in the same direction as <-8,4>.
<(-2sqrt5)/5,(sqrt5)/5>