Adisplacement vector with a magnitude of 20. meters could have perpendicular components with magnitudes of

The resultant perpendicular components can be written as .

The resultant of the two perpendicular vectors is given as

where, is the horizontal component and is the vertical component.

According to the question, the resultant magnitude of the vector is . So,

The resultant perpendicular components can be written as

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just do 5.2 + 2 ( 7.2) and 1/3 x 3 (.9) and youv'e got your equation. 0.9( 9/10) + 7.2 ^2 = 16.4 hope i could !

step-by-step explanation:

1/2*qr*rs

step-by-step explanation: