DepthPressureVolumeAir Densitysea level1 ATM121x33'2 ATM62x66'3 ATM43x99'4 ATM34x132'5 ATM2.45x
how many rods are there in 33 ft? 1 rod=16.5 feet 16.5 *33 feet=544.5
There are 12 inches in one foot. Therefore, 33 feet is equal to 33 x 12 = 396 inches.
33 feet are in 396 inches
(33 x 4) = 132 square feet on the floor (33 x 4) = 132 square feet on the ceiling (33 x height) square feet on each of two walls (4 x height) on each of the other two walls Total = [ 264 + (74 x height) ] square feet
A square has four sides that are all the same length. If one side is 33-ft then all four sides are 33-ft, and the distance all the way around the square is (33 x 4) = 132 feet.
The rate is (44.4 - 29.55) / 33 which is 14.85 psi/33 feet = 0.45 psi/ft
Divide the difference in pressure by the difference in depth.
"ATM" stands for ATMospheres and the number before it, refers to the number of atmospheres of pressure the watch will withstand before leaking. At sea level we are all subjected to one atmosphere of pressure, because we have one atmosphere of air above us pressing down. For every 33 feet (10 metres) underwater you go, the pressure increases by 1 atmosphere. Therefore, at 33 feet underwater the pressure is 2 atmospheres (2 ATM), at 66 feet underwater the pressure is 3 atmospheres (3 ATM), etc. So 5 ATM is equivalent to 132 feet (40 metres) underwater. In conclusion, the ATM rating of a watch is the number of atmospheres of pressure the watch will withstand before breaking/leaking. To convert ATM 's into the depth rating in metres just subtract 1 and multiply by 10. eg: 5 ATM = (5 - 1)*10 = 40 metres.
Water is denser than air so the pressure is much greater underwater than it is in the air. Ascending 20 meters (50ish feet)underwater is about the same amount of pressure as like 1000 feet in the air
Because the pressure is too much and crushes anything.
About ten and (1/3) meters.
618 feet aproxametly i say aprox. cuz i dodnt wunna type in 618.3 repeating
33 feet is 33 feet. If 33 had other units, I feel no pity.
Every 10 meters, the pressure will increase by one atmosphere. That is about 33 feet.
the fluid pressure 10 ft under water is
The method is the same, but the formula differs depending on whether you want it in meters or feet. The easy method in feet is to add .3 atmospheres (ata) every 10 feet (or every 3 meters) and then add a surface atmosphere, so 20 feet would be: [(.3 x 2) +1] = 1.6 ata The simple formula for feet is: (Depth + 33)/33 For meters it is: (Depth +10)/10
every 33 feet equals 1 atmosphere so about 60 atmospheres