It is unlikely that you will find these four books in a single volume ; you can find the LOTR trilogy in a single volume .
Take an amount of water of which you know the volume. Drop the object in the water. Find the difference
There is no single formula. It depends on the shape of the object whose volume you are trying to find.
You don't! A single measurment of volume is not sufficient to derrive length and width...
If a big drop is formed by 1000 small droplets of water, the radius of the small drop can be calculated using the formula for the volume of a sphere. If the radius of the big drop is R, then the volume of the big drop is equal to 1000 times the volume of the small drop, given by the formula (4/3)pi(R^3) = 1000*(4/3)pi(r^3), where r is the radius of the small drop. By solving for r, we can find the radius of the small drop.
You take a graduated cylinder,or anything you can measure water in, and put water in it. You drop the marble in and the change in water height is your volume. For example if the cylinder is filled up to 10ml and after you drop in the marble it goes to 15ml then the marble has a volume of 5ml cubed.
The base of a sphere is a single point: with no length or breadth.
It depends on the necklace. A necklace that uses more metal or gems has less volume than a neckalce with less metals and/or gems. If you want to find out the volume of your necklace, get a graduated cylinder and fill it slightly with water. Record the amount of water and drop the neckalce in, find the volume now. Then subtract the volume with the necklace to the volume without the necklace. 1ml equals 1 cm3
Is this experiment assuming you have to use all of the bearings or can you use them individually? If you use them individually, fill up the water to a predetermined level and take note of the volume. Then, drop in a single bearing and measure the new volume of the cylinder. Subtract the second measure from the first measure, and that is the measurement of a single ball bearing. If you have to use all 10 at once, do the same thing but divide the final sum by 10.
Oh, dude, you're hitting me with the deep questions, huh? Well, technically, a dime has a diameter of about 0.705 inches, so you could fit around 2,747 dimes in a 5-gallon container if you stack them perfectly. But like, who's gonna sit there and stack dimes all day? Just grab a piggy bank and call it a day, man.
you is the find medicine for rabies
Drop the object into a graduated cylinder 50 mL half full of water and find the difference in volume. If it is too big for a measuring cylinder then make a small hole in the side of a plastic container, fill with water to this hole, drop the object in and collect the run off. Measure the volume of the run off.