B (5,3,2) Х axis (1,1,5) A (5,-3,2). Z axis Y axis O (0,0,0) Look at figure 1 carefully. Your task is to determine the position of the shadow of the blue ball at (1,1,5) on the surface of the orange block. The positions of the three vertices of the surface, point A, point B, and point O are given in the figure, along with the direction of the three axes. The direction of the sun-rays is given by the vector d=<1,0,–2.5> . Let the position of the shadow is the point (X,Y,Z), 1(a) What is the value of X? 1(b) What is the value of y? 1(c) What is the value of z? [HINT: X+Y+Z should be close to 4.6]

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.3: Vectors
Problem 72E
icon
Related questions
Question
в (5,3,2)
Х аxis
(1,1,5)
A (5,-3,2)
Z axis
Y axis
O (0,0,0)
Look at figure 1 carefully.
Your task is to determine the position of the shadow of the blue ball at (1,1,5) on the surface of the orange block.
The positions of the three vertices of the surface, point A, point B, and point O are given in the figure,
along with the direction of the three axes.
The direction of the sun-rays is given by the vector d=<1,0,–2.5>.
Let the position of the shadow is the point (X,Y,Z),
1(a) What is the value of X?
1(b) What is the value of y?
1(c) What is the value of z?
[HINT: X+Y+Z should be close to 4.6]
Transcribed Image Text:в (5,3,2) Х аxis (1,1,5) A (5,-3,2) Z axis Y axis O (0,0,0) Look at figure 1 carefully. Your task is to determine the position of the shadow of the blue ball at (1,1,5) on the surface of the orange block. The positions of the three vertices of the surface, point A, point B, and point O are given in the figure, along with the direction of the three axes. The direction of the sun-rays is given by the vector d=<1,0,–2.5>. Let the position of the shadow is the point (X,Y,Z), 1(a) What is the value of X? 1(b) What is the value of y? 1(c) What is the value of z? [HINT: X+Y+Z should be close to 4.6]
Expert Solution
steps

Step by step

Solved in 3 steps with 1 images

Blurred answer