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Q: What is the density of an object with a length of 16 feet a width of 12 feet a height of 6 feet and a mass of 5184 pounds?

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Weigh the material in pounds. Then measure the length, width and height. Do this in feet. Calculate the volume by multiplying length x width x height = Volume. Volume = length x width x height Divide the weight by the volume: Weight / Volume Density = Weight / Volume Your density is in units of lbs per cubic foot

Density is pounds per cubic foot. The formula to determine density requires that you first determine the cubic feet. You do this by using the formula length X width X height. This is calculated using inches. You then calculate the density by taking the weight of the item and dividing it by the cubic feet of the item.

You need to know the density of what you are measuring: Density = MAss of object divided by Volume of object.

Density means weight per unit of volume. So a large object that weighs ten pounds is not as dense as a smaller object that also weighs ten pounds.

The buoyant force on an object is equal to the weight of the liquid or gas displaced by the object.If you fully submerge a one cubic foot object in a liquid with a density of 62.4 pounds per cubic foot, which is the approximate density of fresh water, a buoyant force of 62.4 pounds will be acting on the object in an upward direction. If the object weighs more than 62.4 pounds it will sink. If it weighs less than 62.4 pounds it will sink into the liquid only until it displaces the volume of liquid whose weight equals the weight of the object. So if the object weighs 6.24 pounds, only one tenth of it will be below the surface. If you fully submerge a one cubic foot object in a liquid with a density of 64.1 pounds per cubic foot, which is the approximate density of ocean water near the surface, a buoyant force of 64.1 pounds will be acting on the object in an upward direction.

* Height: 30 inches * Weight: 175-275 pounds * Length: 51-75 inches (A female bear and male bear are different in height, weight, and length.)

weigh 9 to 20 pounds length 27 to 36 inches

To determine the length or height of an object in pounds, ounces, inches, centimeters, miles, etc. Can also be used to determine the character of a person, such as, "His honesty showed his true measure as a person."

The object with the larger number of pounds has the larger mass, and the larger weight. Whether this object is also actually LARGER will depend both on its density and on its shape.

the height is 6 inches the weight is 6 pounds

The answer will differ depending of the density of the object you are measuring/converting.

Because you are converting volume to mass, you must know the density of the object. mass = volume x density

about 3000 pounds and it is 12 feet in length ©

Measure the height of the pipe, in inches. Then the pressure at the bottom is approx 14.7 + 0.036*H PSI.

Mass is the weight of an object. Density is a measure of how tightly the molecules are packed together in an object. Density is expressed as mass divided by volume, as in pounds per cubic foot (lb/ft3) or grams per cubic centimeters (gm/cc).

The length of a male mountain lion may exceed 8 feet from nose to the end of tail. Typically weighing 110 to 180 pounds. The female is somewhat smaller at 5-7 feet in length and weighing 75-130 pounds. Average height is 3 feet.

For length and height, you would use feet Width would be in inches Weight would be in pounds or ounces In metrics it would be meters Centimeters kilograms or grams

1. average height: 50 feet 2. average length: 24 feet 3. average weight: 20 pounds

First, measure the height, width, and length. Then guess.

Two pounds of feathers are heavier than one pond of steel, but the feathers are less dense than the steel so two pounds of feathers have a greater volume than one pound of steel. Density determines weather an object will float or sink. If an object can float on water it has to be less than 1. If the object is more dense than water than it will sink.

Yes. Buoyancy force = weight of liquid displaced.If an object is less dense than the liquid, it floats. In this case no liquid is displaced. If the object is more dense than th4 liquid, it will sink displacing some liquid. the displaced liquid weight is the buoyancy force.This is tricky, because the connection is not as direct as people think. Buoyancy is actually directly related to the VOLUME of a submerged object. Two submerged objects of identical size will have the same buoyancy, regardless of their weights. The total buoyant force on an object is equal to the weight of the water the object displaces. So if a submerged object that weighs 10 pounds displaces three pounds of water, the buoyant force is three pounds, and the object will have an apparent weight of seven pounds. In that case, the object will sink. What else can we conclude from that? Obviously, the 10-pound object mentioned above is denser than water. Why? Because the object weighs 10 pounds but the equivalent volume of water it displaces weighs only three pounds. What if an object of the same size but weighing only two pounds were submerged? It, too, would displace three pounds of water. The net buoyant force on it is, therefore, three pounds. Since it weighs only two pounds, there is a net upward force on the object of one pound. So that object floats! The density of that object is obviously less than water because the weight of the water it displaces is greater than the weight of the object.

Mass is the measure of the weight of an object (grams, pounds, ect.) whereas length is the measure of the distance from one endpoint to another (inches, meters, ect.).

Unfortunately, this question is unanswerable. Pounds per square foot is the imperial unit for density. Density is the amount of mass for a unit volume. Since you have provided only the mass of the object, and no volume, the Density cannot be determined.

Height is to inches as weight is to pounds.

30 inches to a whopping 6 meters and consumes up to 5000 pounds