FNT 13-1 Vectors F EF = 0 F3 on object =? Fr on object =? on object, F2 on object, F3 on object, and F4 on object are all exerted on an object, adding together to form a net force vector EF = 0, as shown to the right. However, only vectors Fi on object, Ēzem-object- on object F2 on object, and EF (which is zero) are It is known that F3 on object object known. is completely vertical, and F4 on object pletely horizontal. is com- On a separate piece of graph paper, use the properties of vector addition to determine the magnitudes of the vertical vector F3 on object, and the horizontal vector F4 on object.
FNT 13-1 Vectors F EF = 0 F3 on object =? Fr on object =? on object, F2 on object, F3 on object, and F4 on object are all exerted on an object, adding together to form a net force vector EF = 0, as shown to the right. However, only vectors Fi on object, Ēzem-object- on object F2 on object, and EF (which is zero) are It is known that F3 on object object known. is completely vertical, and F4 on object pletely horizontal. is com- On a separate piece of graph paper, use the properties of vector addition to determine the magnitudes of the vertical vector F3 on object, and the horizontal vector F4 on object.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:FNT 13-1
Vectors F
EF = 0
F3 on object =?
Fr on object =?
on object, F2 on object, F3 on object,
and F4 on object are all exerted on an object,
adding together to form a net force vector
EF = 0, as shown to the right.
However, only vectors Fi on object,
Ēzem-object-
on object
F2 on object, and EF (which is zero) are
It is known that F3 on object
object
known.
is
completely vertical, and F4 on object
pletely horizontal.
is com-
On a separate piece of graph paper, use the properties of vector addition to determine
the magnitudes of the vertical vector F3 on object, and the horizontal vector F4
on object.
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