That will depend on the distance between the points where the beam is supported, as well as the type of wood.
1 ft by 1.2 ft... verticaly 1.2ft
The LCM of 6 and 12 is 12The least common multiple of 6 and 12 is 12... The LCM of 6 and 12 is 12 because 2*6 = 12 and 1*12 = 12
Yes, until 6/12/12.
half of twelve is 6. because 6+6=12 6x2=12 and 12 into 6=6
That will depend on the distance between the points where the beam is supported, as well as the type of wood.
Depends on the material the I-beam is made out of. Steel? Is it a wood I-joist? And I-beams come in different "flavors" as regards the geometry and cross section of the web. Variables in a question make for a variable answer.
1 ft by 1.2 ft... verticaly 1.2ft
With the 6 side facing you and not facing up, a long as the ends are properly secured, it should support 1000 pounds safely.
there wingspan is 14cm
(6 inches) * (6 inches) * (12 feet) of Steel ≈ 666.86173743 kilogram (6 inches) * (6 inches) * (12 feet) of Steel ≈ 1470.178471983556 pound (6 inches) * (6 inches) * (12 feet) of Aluminum ≈ 229.36645746 kilogram (6 inches) * (6 inches) * (12 feet) of Aluminum ≈ 505.666480809631 pound (6 inches) * (6 inches) * (12 feet) of Iron ≈ 662.61421044 kilogram (6 inches) * (6 inches) * (12 feet) of Iron ≈ 1460.814277894489 pound (6 inches) * (6 inches) * (12 feet) of Copper ≈ 758.608320414 kilogram (6 inches) * (6 inches) * (12 feet) of Copper ≈ 1672.445064307409 pound
A golden pheasants life span in the wild is about 5-6 years, but in captivity they can live to about 12-15 years.
6 to 12 centimeters. Measured at the mid-clavicular line.
avg: 12 days
In the wild ~4-6 years, in captivity ~12 years
Even using a 2x12 the spacing for 20 feet will be less than 12 inches on center. I would recommend splitting the distance with a double beam perpendicular to the joist run. This will allow you to go up to 24 inches on center. Your span will only be ten feet aproximately this way. I would double the beam. (2-2x12 joined together) Good luck. when building your beam make sure the laps on the beam are at least 6 foot apart and put a good wood glue on the 2x12s plus for added strength put 1/2 inch O.S.B. in between the 2x12 and I would also lag or bolt them together, at about 16 to 24 inches O.S.B. = Oscilating Strand Board.
Answer: 30 bfExplanation: 1 bf = 12"x12"x1" OR 144 cubic inches OR 144 in3The oak beam = 6"x6"x10' OR 6"x6"x120" OR 4320 in3Therefore, to divide the beam up in to board feet (bf):4320 in3 / 144in3 = 30 bf