The volume of a sphere is 4/3*pi*r3
So Vol8/Vol1 = 83/13 = 83 = 512
83 = 512
Gravity pulls with equal strength in all directions; therefore any variations from a spherical shape will lead to gravitational forces that bring the shape back into that of a sphere.
400 mg lead in each kilogram of soil.
A mathematical point is only a location, and has no dimensions. Of course, when you mark the point on paper, it has the same diameter as the lead in your pencil, or the ball on your BIC.
Is this taking into consideration the dross content as the metal melts it oxides? and how much does the lead pipe weigh per foot?
83 = 512
16
It is: (4//3*pi*83) divided by (4/3*pi*13) = 512
5.94 milligrams.
The density of lead is well known; you can look it up in any reference book on chemistry, or on the Internet. It is 11.34 grams per cubic centimeter, according to Wikipedia. But if you have a sphere that is only part lead, you can get the density of the sphere by weighing it, and dividing the weight by its volume. The volume of a sphere is 4/3 x pi x r ^ 3, where r is the radius of the sphere.
The ratio of the radii of the aluminum sphere to the lead sphere would be the cube root of the ratio of their densities since mass is the same. The density of lead is higher than that of aluminum, so the aluminum sphere will have a larger radius.
The weight of a lead ball with a 57-inch diameter would depend on the density of lead, which is approximately 709 pounds per cubic foot. Using the formula for the volume of a sphere (V = 4/3 * π * r^3) and the density of lead, you can calculate the weight to be around 8,066 pounds.
Lead has a larger atomic radius than silicon. This is because lead has more electron shells and thus a greater distance between the nucleus and the outermost electron compared to silicon.
No, a lead ball is more dense than a sponge ball because lead has a higher density compared to the sponge material. Density is the measure of how much mass is contained in a given volume, so the lead ball would have more mass packed into the same volume as the sponge ball.
2 balls of the same diameter can have the same mass. Equally, they can have a different mass. (i.e Having the same diameter does not automatically mean that they are the same mass).However, they will have the same volume. In maths, volume of a sphere (ball) =4/3*(pi)*radius^3. Hence volume is directly proportional to diameter (radius is half the diameter).Mass is a measure of "how dense something is" (e.g lead, wood and concrete are all dense, whereas meringue and mousse are not) Mass has nothing to do with the size of the ball, only what substance the ball is made up of. Whereas volume is easiest of think of as "how much water can I fit in this" (volume is directly related to the size of the container).Hope that helps, rather than confuses.
Each lead ion would be surrounded by six sulfide ions in a cubic closest packing arrangement, which is the most efficient way for spheres to pack together. In this arrangement, each sphere is surrounded by six other spheres.
The minie ball replaced the lead ball that was used in the American Revolution.