A building has a square base of side 40.0 m and a height of 60.0 m. The base is aligned in the North-South direction (see figure). Starting from the ground at the Southwest corner, one mouse moves through the building ducts to the Northwest corner of the roof, while another mouse moves from the same origin to the center of the East side face (shaded in the drawing) Calculate: the red dot is the origin point. (A) The angle between the displacements of the two mice. (B) The direction angles of the second mouse displacement. (C) A unit vector that is perpendicular to the displacements of the mice. (D) The movement that the second mouse should make to get to where the first mouse is.
A building has a square base of side 40.0 m and a height of 60.0 m. The base is aligned in the North-South direction (see figure). Starting from the ground at the Southwest corner, one mouse moves through the building ducts to the Northwest corner of the roof, while another mouse moves from the same origin to the center of the East side face (shaded in the drawing) Calculate: the red dot is the origin point. (A) The angle between the displacements of the two mice. (B) The direction angles of the second mouse displacement. (C) A unit vector that is perpendicular to the displacements of the mice. (D) The movement that the second mouse should make to get to where the first mouse is.
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter29: Direct Current (dc) Circuits
Section: Chapter Questions
Problem 82PQ
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A building has a square base of side 40.0 m and a height of 60.0 m. The base is aligned in the North-South direction (see figure). Starting from the ground at the Southwest corner, one mouse moves through the building ducts to the Northwest corner of the roof, while another mouse moves from the same origin to the center of the East side face (shaded in the drawing) Calculate:
the red dot is the origin point.
(A) The angle between the displacements of the two mice.
(B) The direction angles of the second mouse displacement.
(C) A unit vector that is perpendicular to the displacements of the mice.
(D) The movement that the second mouse should make to get to where the first mouse is.
Transcribed Image Text:60,0 m
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