That question is very very difficult to answer, because 'zillion' is a pretend word,
made-up to sound like a big number but without any real meaning. So I can't tell
what place value you give it, or what would come after it.
In the number 42256, there are two occurrences of the digit 2. The values of these 2s are 20, which comes from the second position (tens place), and 2, which comes from the fifth position (units place). Therefore, the values of the 2s in 42256 are 20 and 2.
Individual digits within a number have place values, not whole numbers.
A single digit in a number can have a place value. A number with several digits cannot.
it means to see which number is bigger and which number is smaller
product
No. A zillion is not really a number. It is just an indication of a very large number.
Striictly speaking, ten quadrillion. But you may be thinking of quintillion.
In the number 42256, there are two occurrences of the digit 2. The values of these 2s are 20, which comes from the second position (tens place), and 2, which comes from the fifth position (units place). Therefore, the values of the 2s in 42256 are 20 and 2.
Individual digits within a number have place values, not whole numbers.
Oh, dude, a zillion? That's like, a made-up number, man. It's not even a real thing in math. So, technically, there are zero zeros in a zillion because it doesn't exist in the first place. But hey, if you wanna make up your own math rules and have a zillion zeros, go for it!
A single digit in a number can have a place value. A number with several digits cannot.
Align the numbers according their place values. Go from left to right (decreasing place values) until the face values of the numbers are different. Then the number with the larger face value in that place is the larger number.
product
it means to see which number is bigger and which number is smaller
The total number of possible outcomes is the product of the number of values for each event.
Pi cannot be expressed exactly as any fraction (including as a fraction of powers of 10, which is what a decimal fraction is). There are an infinite number of place values in the number 'pi'.
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