Intro to Vectors Exit Slip

Find the magnitude of this vector

Find the magnitude of the given vector

Find the magnitude of the given vector

Given the following graph, mark all vectors that are EQUIVALENT (Mark all that apply)

• a and e

• f and g

• c and f

• b and e

• c and d

Are these two vectors are equivalent? If not, why?

• These two are equivalent

• They are not equivalent because they do not have the same magnitude

• They are not equivalent because they do not have the same slope

Given an initial point R ( -12, 4 ) and terminal point S ( 28, -17 ), find the component form of the vector RS. Hint: get it into the pointy brackets.

• 〈14,-13〉

• 〈-14,13〉

• 〈-40,-21〉

• 〈40,-21〉

Given an initial point A ( 2, 4 ) and terminal point B ( -8, 7 ), find the component form of the vector AB.

• 〈-10,3〉
• 〈-6,3〉
• 〈10,11〉
• 〈-6,-3〉

Write the component form of this vector

• <10, -12>

• <-10, 8>

• <6, 12>

• <10, -9>

• <12, -8>

Find the magnitude of this vector after putting it into component form:

Mathematical Equivalence

ON

Find the direction angle of this vector. Round to the nearest hundredths place (2 numbers past the decimal)

Mathematical Equivalence

ON