childrens was like pencil very much because they want to write very much
You can't write on paper on Minecraft. However, you can write in books by adding an ink sac and a feather to them.
you have to guess the names of the gods and goddesses NO!!!Don't look it up go grab a pencil and paper(in real life) go to the museum (in poptropica) and write all the names of the gods and goddesses.
paper
Anyone. You could talk about the pencils history, talk about how if there were no pencils it would be so hard to write, you would have to use a feather and ink.
Yes, a pencil needs friction to write. When you apply pressure to the pencil against the paper, the friction between the graphite tip and the paper creates the marks. Without sufficient friction, the pencil would not be able to leave a mark on the surface.
You can do calculations using a pencil to write on paper!
No, pencils do require friction to write. When a pencil is pressed against paper, the friction between the graphite tip and the paper surface causes the graphite to leave a mark. Without this friction, the pencil would not be able to write.
with a pencil and paper
With a pencil or ballpen and paper! :))
With pencil you can erase, not with pen.
the graphite in the pencil is soft, when you write/draw it rubs off on to the paper. (Graphite is a soft metal)
Yes, pencils need friction in order to write. The friction between the pencil lead and the surface of the paper allows the lead to leave a mark as it rubs off onto the paper. Without friction, the pencil lead would not be able to transfer onto the paper.
the function of a pencil is to write with out getting your hands dirty and to be able to write on paper instead of stone.
You get a pencil do some research and write what you learned.
you use your pink barbie pencil
The pencil doe not write. It is the person that picks up the pencil that writes with the pencil. when the point of the pencil is put to a surface ( IE. a sheet of paper) to be written on the graphite tip being soft is worn down leaving a line on the surface of the paper.