depends on the sharpness of the aformentioned pin :)
5 million
6X10^23
five millon millon
10^14
Depending on the identity of the atoms you are placing, the number will vary. However, of the smallest atom Hydrogen, you could place around five million atoms.
They are arranged smallest to largest in your question simply because each item is only a PART of what makes up the NEXT item. So, in order to CONTAIN the previous component, the following one MUST BE LARGER.
It is frequently asked, "How many angels can dance on the head of a pin?" The "pin" that is referred to is a dressmaker pin. This common pin is usually about 1 inch long with a round or flat head about 1/8 inch in diameter. It is used for pinning two or more pieces of fabric together before the fabric is sewn together with a needle and thread. Of course, the pins can be used to pin together paper, leather (if the leather is thin enough to push a pin through it), etc.
10^-10 basically means that an atom is 10 billionth of a metre. This means that 10 billion atoms can fit across in a line in 1 metre. A millimetre is a 1000th of a metre so 10 billion divided by 1000 equals 10 million. 10 million atoms fit in a straight line along a millimetre. However, you want 0.1mm. To get 0.1mm you have you divide 1mm by 10. You do the same to the atom number so 10 million divided by 10 equals 1 million. Answer: 1 million atoms
yes, because a head pin is made of atoms. Atoms make up everything.
10^14
Take a normal pin and smack it on the head with a mallet a few times.
10715600000000000000000
by this procces you r-arrenge the atoms of the pin by a special shape that makes it a magnet
billions
Depending on the identity of the atoms you are placing, the number will vary. However, of the smallest atom Hydrogen, you could place around five million atoms.
Infinitely many.
as many as want to
Take a normal pin and smack it on the head with a mallet a few times.
The safety pin has a pin that goes into the head of the pin, and you push the point in or out of the head of the pin.
The safety pin has a pin that goes into the head of the pin, and you push the point in or out of the head of the pin.