Consult the services of a local structural engineer with experience in wood frame construction. It would be irresponsible to answer this question without detailed knowledge of the work proposed, local building codes or by anyone other than an engineer.
It depends on how many feet there is from the floor to the ceiling, and how thick the ceiling is......
If the rope is hanging vertical ... one end from the ceiling and the other end to the bucket ... then the tension in the rope is 41.16 newtons (9.26 pounds).
It would depend on how it is being used, but I would think it is referring to an amount of money or a number of items. A ceiling is the stopping point in a room so that's as high as you can go. Example, The ceiling on what I will spend is 3 million.
Ceiling area
The 9 foot ceiling is simply one more foot in height above the previously stated 8 foot ceiling. One could assume that a man who is 8'7" could only comfortably live under a 9 foot ceiling.
A coombe ceiling is one that slopes at an angle between a vertical room wall and the horizontal ceiling above. Usually found in attics, top floors or penthouses.
From a practical standpoint, yes. AIM 7-1-31 says, "For aviation purposes, the ceiling is the lowest broken or overcast layer [of clouds], or vertical visibility into an obscuration." It goes on to explain that vertical visibility is an indefinite ceiling height where total obscuration is indicated. That said, 14 CFR 1.1, under "ceiling", makes no mention of vertical visibility.
Absolutely.
There are a number of different ways that an individual can decorate the vertical portion of a bulkhead ceiling. Some ways include painting a fancy design and putting wallpaper over the bulkhead ceiling.
They get on a vertical floor-to-ceiling pole and dance sensually and gracefully.
A "load-bearing" wall is typically defined as a wall supporting any vertical load in addition to its own weight. A shear wall transfers lateral loads from a roof, ceiling or floor diaphragm to a foundation or other element. Although a shear wall might not carry gravity loads from roof or floor forces, it can still be considered load-bearing as the lateral forces induce a rotational, or overturning moment in-plane with the wall, which results in vertical reactions at the boundaries of the wall. These forces are in addition to the shear, or sliding forces induced in the wall. {Building plans examiner response}
Depends on the area above the ceiling joists. Is it a live load (living space) or dead load (just the joists with maybe an attic above)? Also, the length of the ceiling joists from the last bearing point is a factor. How much weight is bearing on the beam is the critical issue.
sqrt(1002 - 502) = sqrt(10,000 - 2,500) = sqrt(7,500) = 86.6 centimeters (rounded)
When the walls are true and vertical - they at least stand a chance!!
Vertical lines are lines that are drawn / made perpendicular to the horizon. In other words, they go "ceiling to floor", not "wall to wall" or "corner to corner."
The correct term is false ceiling. Fall ceiling isn't correct.
Ceiling Fan rotates about a vertical axis. Top rotates about its own axis