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That's the mean ('average') of the numbers in the dataset,divided by the number of pieces of data.
dry
Styles, types and embossing
The mean. Strictly, the arithmetic mean.
You are just multiPlying the top two number then the bottom two numbers
The "1847" date on the back does not mean the piece was made that year. Many Rogers pieces have the company founding date on them.
That's the mean ('average') of the numbers in the dataset,divided by the number of pieces of data.
dry
Styles, types and embossing
The mean. Strictly, the arithmetic mean.
They indicate what printing the book is on.
You are just multiPlying the top two number then the bottom two numbers
In the bottom right there are numbers on creature cards X/Y. X= creature's attack power were y= creature's toughness.
I'm trying to figure out what the 94D on the bottom of my pan means. The numbers seem to indicate the year of manufacture. Haven't found out what the letters mean yet.
each piece of Wallace baroque silver plate holloware is stamped with an identifying number, as several pieces can be confused - i.e. trays. replacements.com has the most complete inventory with matching stamped numbers.
The mean=Adding all of the data and dividing by how much data you have.
I assume you mean bisecting (1) top-to-bottom, (2) side-to-side, (3) top-left-to-bottom-right, and (4) top-right-to-bottom-left. Actually, any straight line through the center bisects the square into two congruent (!) pieces. So there are an infinite number of ways to cut a square into two equal pieces. A very similar answer would apply if you are trying to cut the square into four equal pieces.