Here is how I solved it: 5 is the only factor of ten that you are given. 5 x 2 = 10, so we need a way to make 4 6 and 8 equal 2.
4 + (6 -8) = 2
so your final equation would look like (4+6 - 8) x 5 = 10.
Five threes do not equal ten, so you can't use symbols to show that.
It is superior from other systems because it has separate symbols for all numbers to 10 unlike Mayan or roman numerals who for 6 have to use 2 symbols (a line under a dot for Mayan and a V then an I for roman)
In everyday use, 10. But only 2 in binary arithmetic, 8 in octal and 16 in hexadecimal. The latter three are all key to computers and electronic calculations.
Yes, it has ten symbols to represent 10 different digits.
There are an infinite amount of numbers. However, there are only 10 numeric symbols, 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9. The symbols are independent of the system. These are the Latin symbols, now internationally recognised, however many cultures still use their own traditional symbols. Punctuation symbols are also used to format a number, such as the radix point (.) and factors of 1000 (,) however some cultures, particularly non-English speaking European cultures, use these symbols the other way around.
Five threes do not equal ten, so you can't use symbols to show that.
The decimal number system uses 10 different symbols to represent a number. The 10 different symbols are 0 to 9. It is a base 10 system unlike binary which is base 2 ( 0 and 1).
(6◘9)◘4◘6=10 Whats the answer?????
It is superior from other systems because it has separate symbols for all numbers to 10 unlike Mayan or roman numerals who for 6 have to use 2 symbols (a line under a dot for Mayan and a V then an I for roman)
If the numbers (or symbols) are all different then 10 outcomes.
7+9+10-6-8
In everyday use, 10. But only 2 in binary arithmetic, 8 in octal and 16 in hexadecimal. The latter three are all key to computers and electronic calculations.
Yes, it has ten symbols to represent 10 different digits.
[sqrt(10)] * {[sqrt(sqrt(sqrt(10)))] + [sqrt(sqrt(sqrt(10)))]} where [x] is the symbol for the integer part of x.
5*2=10 5x2=10 5X2=10
ford symbol
10*10 - 10 + 10/10 = 100 - 10 + 1 = 91