Elevations

* Highest elevation point: Pico da Neblina 2,994 m (9,823 ft) 0°48′N 66°02′W / 0.8°N 66.033°W / 0.8; -66.033 (Pico da Neblina (highest)) * Lowest elevation point: Atlantic Ocean 0 m

You'd survive just fine. The top of Mt. Everest is more than 20,500 feet above sea level.

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96.6 ft

10-15 meters

Mt McKinley, also known as Denali , is the tallest mountain in the U.S. In the lower 48, it is Mt Whitney, which is located in California .

Mt. Everest, K2, Kangchenjunga, Lhotse and Makaluare the five talles mountains in the world.

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-4 meters

There are several possible procedures. Some engineers start at the lowest level, presumably at the foundation elevation, but I like to start at the top and work down. The reason for this is that structural movement exhibits itself in ways that may be most evident at the highest level, and less so at the lower levels. The foundation is only part of the structure, and the other parts of the building should be inspected so that a complete picture of the building's condition can be developed prior to formulating a conclusion.

About 873 to 972 feet above sea level, depending on where you are & what source you check.

729 Feet

According to the KOMO website, Maltby is at 400 feet above sea level, so I would guess Clearview, near the Albertson's, is significantly higher.

It can mean the height from the ground to the roof peak, or the ground elevation above or below sea level.

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6,684 feet

black mesa

9,056 ft

It varies from 0-125m. The central area is about 0-35m

There are actually four muscles which make up the shoulder adductors. These muscles include the Pectoralis Major, Coracobrachialis, Latissimus Dorsi, and Teres Major.

Quito, Ecuador is the world's highest capital city.

The lowest point in Asia (and the world) is the Dead Sea Shore. It is 1369 feet below sea level. It is located in Jordan.

Grade rods are graduated in feet, tenths, and hundredths of feet. The rod is used to determine differences between ground elevations at two points. A level of some kind is necessary.

You start from a point of known elevation or height, for example, the point along a road under construction where a cut slope will intersect the ground surface. That point will be shown on the plans and cross sections, and will be established by surveyors in the field. Usually they will pound a stake in the ground and the actual catch point will be a nail with whiskers. To check the elevation difference between that point and some other point (let's say, the point on the ground directly above where the road centerline will be) you need to occupy the lowest point with the grade rod. What you do is sight along a level line (usually with a hand level, held against the grade rod) to the point that is higher. You move up and down the grade rod until the level line of sight hits the point of known elevation -- or a point of known distance above the known point (which you can establish with a piece of survey lath, a measuring tape and a magic marker).

Let's say you are on the side of a hill and the cut slope stake is up there someplace, indicating what the vertical distance (cut) will be between that point and centerline. You don't make the vertical cut there, of course, you make the cut above centerline. But at centerline the ground surface is lower so in order to know what to cut, you need to know how much lower the ground surface is. You occupy the centerline with the grade rod, holding it vertical. You get out your hand level and, holding it against the grade rod, find the cut slope stake at ground level (or the point of known vertical distance you marked on the lath above it). You move the hand level up and down the grade rod, maintaining it level, until you are sighting that point at the cut stake. Then the number opposite the hand level on the grade rod is the elevation difference between the point you are occupying at centerline and the point you are shooting to. If you were at 6.3 ft on the grade rod and you shot to a point 2.5 ft above the catch point nail, the elevation difference between the ground where you were and the catch point is 6.3-2.5=3.8 ft. So whatever the stake says the cut to centerline is, you can subtract 3.8 ft because the ground above centerline is 3.8 ft less than it is where the stake is.

You occupy the low point with the grade rod, because you have to shoot along a level line to a higher point. If the point you are shooting to is to high to get to in one shot, you do it in steps and add them up.

According to summitorizaba.com the elevation of mt orizaba is 18,700'