The question is so saturated wall-to-wall with inconsistencies, misconceptions, and gaps where
required information belongs, that we hardly know where to begin. For anyone who would dearly
love to be able to answer questions in this category, a few of the most frustrating clouds of vapor
included in this one are:
-- Pressure doesn't translate to force without knowing the area over which the pressure is applied.
-- Pressure doesn't move masses. Force does.
-- What does the question mean where it says "move" ? Is it to move horizontally ? Vertically ?
In a circle ? In Simple harmonic motion ? Transversely or longitudinally ? The force required in
each case is different.
The "p" in "psi" is pounds. If you are asking what weight would produce a pressure of 560 pounds per square inch, then it depends on what area that weight is on. A 560 pound weight on an area of 1 square inch would produce a pressure of 560 psi A 1120 pound weight on an area of 2 square inches would also produce a pressure of 560 psi.
To convert your weight from pounds to kilograms, you can use the following formula: Weight in kilograms = Weight in pounds / 2.20462. For example, if your weight is 150 pounds, your weight in kilograms would be approximately 68.18 kilograms.
The weight of the air above you is referred to as atmospheric pressure, which at sea level averages about 101,325 pascals, or approximately 14.7 pounds per square inch. This pressure is exerted by the weight of the air column above a given area, and it decreases with altitude. For example, at sea level, a person covering 1 square meter would experience about 1,013 kilograms (or roughly 2,243 pounds) of air pressure above them.
psi = Pounds / sq. inch = unit of Pressure lb = Pounds = Unit of weight
The maximum weight capacity of a pressure curtain rod is typically around 10-15 pounds.
70 pounds = 31.75 kilograms.
The average weight of a running back in Division 1 college football is around 215-220 pounds.
Water pressure is typically measured in units such as pascals (Pa) or pounds per square inch (psi), and it is dependent on the depth of the water column rather than just the weight or volume of water. To determine the pressure exerted by 15 tons of water, you need to know the area over which that weight is distributed. For example, if the 15 tons of water is spread over a specific surface area, you can calculate the pressure by dividing the weight (converted to pounds or newtons) by that area.
130lbs. One-hundred thirty pounds
The amount of weight you lose by running a mile depends on various factors such as your weight, speed, and intensity of the run. On average, running a mile burns around 100 calories, which is roughly equivalent to losing about 0.03 pounds.
2,500 pounds of pressure
It mean the total weight of the cargo. Example if your total gross weight was 80, 000 pounds and your truck and trailer weighs 40,000 pounds empty, your aggregate weight is 40,000 pounds.