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. Prepare and label two sketches, one with the vertical angle greater than 90 degrees, and one with the vertical angle less than 90 degrees. Calculate the elevation (Z), using the instrument height, rod height, vertical angle and horizontal distance for each measurement. Compare the elevation you calculated to the elevation calculated by the instrument, using the formula for percent errors. Upload sketches to Canvas. A formal lab write up is NOT required. Angle above 90 degrees VA = Vertical Angle = 90 degrees 55' 17'' IH = Instrument Height = 4.606' HD = Horizontal Distance = 89.095' RH = Rod Height = 5.00' Instrument Calculated Height Ht: 98.174 ft Angle above 90 degrees VA = Vertical Angle = 90 degrees 55' 17'' IH = Instrument Height = 4.606' HD = Horizontal Distance = 89.095' RH = Rod Height = 5.00' Instrument Calculated Height Ht: 99.875 ft

. Prepare and label two sketches, one with the vertical angle greater than 90 degrees, and one with the vertical angle less than 90 degrees. Calculate the elevation (Z), using the instrument height, rod height, vertical angle and horizontal distance for each measurement. Compare the elevation you calculated to the elevation calculated by the instrument, using the formula for percent errors. Upload sketches to Canvas. A formal lab write up is NOT required. Angle above 90 degrees VA = Vertical Angle = 90 degrees 55' 17'' IH = Instrument Height = 4.606' HD = Horizontal Distance = 89.095' RH = Rod Height = 5.00' Instrument Calculated Height Ht: 98.174 ft Angle above 90 degrees VA = Vertical Angle = 90 degrees 55' 17'' IH = Instrument Height = 4.606' HD = Horizontal Distance = 89.095' RH = Rod Height = 5.00' Instrument Calculated Height Ht: 99.875 ft

Architectural Drafting and Design (MindTap Course List)
Architectural Drafting and Design (MindTap Course List)
7th Edition
ISBN:9781285165738
Author:Alan Jefferis, David A. Madsen, David P. Madsen
Publisher:Alan Jefferis, David A. Madsen, David P. Madsen
Chapter6: Sketching Applications
Section: Chapter Questions
Problem 6.19Q
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. Prepare and label two sketches, one with the vertical angle greater than 90 degrees, and one with the vertical angle less than 90 degrees. Calculate the elevation (Z), using the instrument height, rod height, vertical angle and horizontal distance for each measurement. Compare the elevation you calculated to the elevation calculated by the instrument, using the formula for percent errors. Upload sketches to Canvas. A formal lab write up is NOT required. Angle above 90 degrees VA = Vertical Angle = 90 degrees 55' 17'' IH = Instrument Height = 4.606' HD = Horizontal Distance = 89.095' RH = Rod Height = 5.00' Instrument Calculated Height Ht: 98.174 ft Angle above 90 degrees VA = Vertical Angle = 90 degrees 55' 17'' IH = Instrument Height = 4.606' HD = Horizontal Distance = 89.095' RH = Rod Height = 5.00' Instrument Calculated Height Ht: 99.875 ft
Transcribed Image Text:. Prepare and label two sketches, one with the vertical angle greater than 90 degrees, and one with the vertical angle less than 90 degrees. Calculate the elevation (Z), using the instrument height, rod height, vertical angle and horizontal distance for each measurement. Compare the elevation you calculated to the elevation calculated by the instrument, using the formula for percent errors. Upload sketches to Canvas. A formal lab write up is NOT required. Angle above 90 degrees VA = Vertical Angle = 90 degrees 55' 17'' IH = Instrument Height = 4.606' HD = Horizontal Distance = 89.095' RH = Rod Height = 5.00' Instrument Calculated Height Ht: 98.174 ft Angle above 90 degrees VA = Vertical Angle = 90 degrees 55' 17'' IH = Instrument Height = 4.606' HD = Horizontal Distance = 89.095' RH = Rod Height = 5.00' Instrument Calculated Height Ht: 99.875 ft
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