Wiki User
∙ 14y agoAssume the question is, How far is the anchor from a point on the sea bed vertically below the boat?
The taut rope is effectively the hypotenuse of a right angled triangle. The depth of water provides the second side and the answer is the third side (L).
By Pythagoras then 1102 = 552 + L2 : L2 = 1102 - 552 = 12100 - 3025 = 9075
If L2 = 9075 then L = √9075 = 95.3 ft
The distance of the anchor from a point on the sea bed vertically below the boat is 95.3 ft
Wiki User
∙ 14y agoThere isn't a floor anchor - it is on the roof of the hatch. Hope that helps.
The best way to anchor steel shelving to the floor is with Ramset Dynabolts for concrete floors and Timber Floor Fixing Screws for wooden floors. If the depth is over four times the size of the height then the shelving shouldn't need fixing.
217 - 20 = 197 Therefore, it is 197 feet between the seabed (and anchor) and the sea level.
To calculate the volume of water displaced by an anchor on the ocean floor, you can use Archimedes' principle. The volume of water displaced will be equal to the volume of the anchor that is submerged underwater. By knowing the density of water and the weight of the anchor, you can calculate the volume of water displaced.
Held fast by or as if by an anchor. An anchor is a heavy object dropped by a boat which embeds itself in the sea floor and thus provides a mooring to which the boat can be secured.
Continental Shelf.
You click on the nearest book shelve and a stairway appears that leads to the bottom floor. (The bottom floor is actually the dungeon.)
The floor and ceiling functions give you the nearest integer up or down.Example: What is the floor and ceiling of 2.31?The Floor of 2.31 is 2The Ceiling of 2.31 is 3
call 911 or call the nearest hospital
4.5 metres
To allow floor flange bolts to have a place to fit and to anchor the flange to the cement /wood decking
Holdfasts are the structures in large algae that take the place of roots. These holdfasts anchor the algae to the ocean floor, providing stability and allowing the algae to withstand ocean currents and waves.