Without the thickness of the rock it is difficult to know. It would likewise be necessary to know what type of stone.
A board foot is one square foot by one inch thick or 4 quarters (4/4). If you were using something thicker, then the square footage provided would be proportionately less. I.e. 8/4 lumber would yield half the square footage but would be twice as thick (2"). So, using 4/4 lumber would mean 2000 board feet for the house assuming no waste.
It can vary greatly depending on your yarn tension and the size of the hook you are using. The more tension and the smaller the hook, the more yarn it will take. It also depends upon the type of yarn you are using. Thinner yarn (such as baby yarn or sport weight yarn) will require more yards to complete 1 square foot. Thicker yarn will require less yards to complete 1 square foot.
If 169 is floor area, then you are talking about roughly 430 square feet of wall. I would paint that with a bit less than 2 gallons.
Square foot coverage can be calculated by dividing 1600 by the number of mils you are applying. In your case: 1600/8= 200sqft.gal For 2592 sqft you would need 12.96 gallons, so 13 gallons.
1 cubic foot of aluminum weighs 169.344 Lbs
About 1/2 pound.
83 decanewtons per square meter equals 17.335 pounds force per square foot.
350 pounds per square foot equals 1.71 metric tons per square meter.
45 per square banana
The roof load is a rating that determines how many pounds per square foot the roof will withstand. Most roofs are rated above 300 pounds per square foot or more.
There are 49,152 pennies in a cubic foot. That's a little over 300 pounds of pennies.
ATM is the abbreviation for atmosphere's, which is a measurement of pressure. 1 ATM = 14.696 PSI 30 ATM = 440.88 PSI (440.88 pounds)/1 square inch = (40.88 pounds)/(1/144)square feet 63486.72 pounds per square foot. So 30 atmospheres is equal approximately to 63486.72 pounds per square foot.
255 inch pounds = 21.25 foot pounds.
Your question does not contain enough information to answer. But . . . let's assume that the 5,000 pounds is spread out over a flat surface measuring 50 ft x 100 ft. That equals 5,000 square feet. 5,000/5,000 square feet = 1. So our 5,000 pounds would exert exactly 1 pound per square foot at every point. Let's next say that we spread out the 5,000 pound, but thicker, on a flat surface measuring 25 feet x 50 ft. That equals 1,250 square feet. So our 5,000 pounds is now supported by only 1,250 square feet. We know by looking at it that each square foot will support more of the weight than in the first example. 5,000/1,250 = 4. So our 5,000 pounds in this case would exert exactly 4 pounds per square foot. Carried to an extreme, let's say our 5,000 pounds sits on just one square foot of flat surface. 5,000/1 = 5,000 pounds per square foot. Even crazier, our 5,000 pounds might sit on just a 6 inch x 6 inch flat surface. 6" = 0.25 square feet. So, once again, 5,000/.25 = 20,000 pounds per square foot.
1,000 pounds force
1 foot = 12 inches1 foot-pound = 12 inch-pounds
1 square foot = 929.0304 square centimetres.1 square foot = 929 square centimetres