i. calculate the number of points in surface A of the object.ii. determine the total time required to scan all the 6 surfaces of the cube object. (b) The distance between a laser scanner and a building is 0.7 km. The distance can becalculated using equation below, where, ris the distance, c is the speed of light andAtis the time taken from the scanner and the object.r = 1 .c. AtBuilding size as in figure below.20 m40 mA40 m20 m20 mThe laser scanning resolution is 1k points in 120 cm?. Consider c = 3.00×10° m/s.

r =0.7 km r=12C.∆tr=distanceC = speed of light∆t = time taken. r=0.7 km A). the laser Scanner…

Answered: . calculate the number of points in…

. calculate the number of points in surface A of the object. ii. determine the total time required to scan all the 6 surfaces of the cube object.

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter2: Basic Electricity

Section: Chapter Questions

Problem 2RQ: What is an atom?

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Question

i. calculate the number of points in surface A of the object.

ii. determine the total time required to scan all the 6 surfaces of the cube object.

(b) The distance between a laser scanner and a building is 0.7 km. The distance can be
calculated using equation below, where, ris the distance, c is the speed of light and
Atis the time taken from the scanner and the object.
r = 1 .c. At
Building size as in figure below.
20 m
40 m
A
40 m
20 m
20 m
The laser scanning resolution is 1k points in 120 cm?. Consider c = 3.00×10° m/s.

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