Mounting elevation level measurements?
473183
"Mounting" elevation.\n\nDo you mean mountain?
254466
BEING RAISED IN FLORIDA I'VE HAD TO ADAPT MANY MOUNTING BRACKETS AND AS I DON'T KNOW YOUR RIG AND WHERE YOU WANT TO GO WITH IT YOU JUST MIGHT TRY MERC OR EVINRUDE CO'S TO GET SOME IDEAS  HOPE THIS HELPS  SOME TIMES I GO TO YAHOO IMAGES AND TYPE IN TROLLING MTRS.
372127
It would depend on the map.  There should be a 'scale' on it someplace (usually in a corner) that will tell you.
191497
It depends how high is it?
961419
On paper, it is simple, u will use a y-axis for elev,, x-axis for distances --- like a Profile layout.\nBut i reckon u want a display 'model', well same logic, and u can use diff color.. only use very fine plumb lines or plastic threads as interconnections. Better encase the result in a glass/Plexiglas cabinet.
611169
Base area x height of water.
61304
Thy this website out: http://www.convertit.com/Go/ConvertIt/Measurement/Converter.ASP
798900
once you pick the correct arbor for the caliber and insert it into the muzzle attach the culminator to the arbor\nmake sure it is leveled AND AWAY YOU GO\ni am not aware of any height adjustment
168445
first find a vicinity plan. \nget a straw(in sodas) and a triangle\nstand on a specific location with the distance of X from the building.\nmake sure to know your height.\ncreate a transit by putting the straw along the hypoteneous of your 45x45 triangle.\nlook through the straw (try to see the zenith of the building) and measure the angle of depression.\nthen, simply apply the law of sines and cosines etc etc.\nthis will not give you exact building height but an instant approximation. this can also be used in finding approximate height of towers, canyons, mountains, and volcanoes.
372305
http://www.mbr-pwrc.usgs.gov/bbs/anim/h3520.html
303494
Geodetic Traverse Surveying
1179573
zero elevation !!!! you do know this means you are not elevated don't you.....
984557
The height separation depends on the scale of the Ordnance Survey map!
685732
Technically this is divided into risers and treads. A riser is vertical distance u travel in a single step. Generally it is kept ranging from 150mm to 180 mm. And if u take a story height to be approximately 3m i.e. 9'9", you have to add 230mm for the floor slab and floor finishes, so you have to climb a total of 3230mm in a story. Now divide this by a suitable factor between 150mm to 180mm to get a full number. 23 steps of a riser 153.8mm or 18 riser of 179.44mm. For a building of 50 stories, first u have to make sure that the floor heights are kept equal otherwise sum up the total elevation distance and divide. For a 3m nominal floor to ceiling height it comes out to be 161500mm and no of steps ranging from 1076 having 150mm risers and 897 having 180mm riser.\nIm an architect so u can believe me.
824167
The radius is actually 2/3 of the altitude.  Try that
84844
Height = H = 10"\nRadius = r = 4"\n\nVOLUME (not area, volume is 3-dimensional) = (π/3)(r^2*H) = (160/3)*π\n\nSURFACE AREA = (πr)(sqrt(r^2+H^2)) = 4(sqrt(116))*pi
217674
3 feet or 36 inches or 0.9144 meters