YOU WOULD NEED A BOARD THAT IS 160 TO 163cm. IN LENGTH
I say nothing less than a 156.. that's if you really wanna get tricky like SSX. 162 or so wouldn't be a bad bet for all around. Also at 270lbs, I would say look into wide decks, they usually fit better for a foot bigger than a 10. And not the most flexy board either, as its gonna flex more for you either way.
To convert inch pounds to foot pounds, you need to divide by 12 (since there are 12 inches in a foot). So, 80 inch pounds is equivalent to 6.67 foot pounds (80 / 12 = 6.67).
It would depend on the size of the feet. Generally it would take less adult feet to make a pound than it would choldren's feet. It would depend on the size of the feet. Generally it would take less adult feet to make a pound than it would choldren's feet.
12 x 8 = 96 !
For every inch of paracord you will need 1 foot
400
To convert inch-pounds to foot-pounds, you need to divide by 12 since there are 12 inches in a foot. Therefore, 250 inch-pounds is equal to 20.83 foot-pounds (250 inch-pounds / 12 = 20.83 foot-pounds).
48
80lbs
Three. Snowboard, bindings, and boots.
To convert pounds per square feet to pounds per square inch, you need to divide by 144 since there are 144 square inches in a square foot. In this case, 32 pounds per square foot would be equal to 0.222 pounds per square inch.
144
PSI - pounds per square inch, a unit of pressure expressed in the pounds of force exerted on a square inch. Foot Pounds is a unit of torque, the amount of force applied in a circular motion at one foot radius in pounds. This is an apples-tomatoes question, both are red or green fruit, but that's about all they have in common. The closest answer I can give you is if you want to exert one foot pound on a one foot radius apply one psi on a cylinder with a surface area of 1 inch connected to an arm at one foot and assume no friction. This of course is not reality, since cylinders this size have a resistive force of about 14 psi, so you'd actually need to supply 15 psi in order to achieve one foot pound of force on your one foot arm.