perhaps you mean without using any other numbers? a lot depends on your constraints 9/9+9=10 which is 20 expressed in base 20 if you allow transformal mapping use Y=Nx20/27. Then each 9 transforms to 20/3 and Y1+Y2+Y3=20 There may be other transforms not involving constants that work. For instance, if we round our result to the nearest 10, ROUND [sqrt(9) x sqrt(9) + 9 ] gives 20. OR for some unspecified power N, we wish 9^n+9^n+9^n=20 using n~ 1.1582 solves the relation
99/9=11
5 X 3 =/= 5
101
A sentence formed using words and mathematical symbols which is either true or false but not both.
99/9 + 9 = 20
99 + (9 ÷ 9) = 100
99 + 9/9 = 100
symbols
It could be: 9+91-1 = 10
99/9=11
9x9=81 9 9=18 9 to the power 0=1 81 18 1=100
29-(-1) = 30
5 X 3 =/= 5
101
The mathematical language of symbols, including variables, is a systematic way to represent mathematical concepts and relationships using symbols rather than words. Variables are symbols that stand for unknown values or quantities, allowing for generalization and abstraction in mathematical expressions and equations. This symbolic language facilitates the formulation of mathematical theories and the solving of problems by providing a concise and universal means of communication among mathematicians. It enables complex ideas to be expressed clearly and efficiently, making it easier to manipulate and analyze mathematical relationships.
A sentence formed using words and mathematical symbols which is either true or false but not both.
The three types of special notation commonly used are mathematical notation, which includes symbols and signs for expressing mathematical concepts; musical notation, which represents music through symbols on a staff; and scientific notation, a way to express large or small numbers using powers of ten. Each type serves a specific purpose in its respective field, facilitating communication and understanding among practitioners.