using max function
The expression "7y27 y4" does not represent a standard mathematical inequality. It appears to be a combination of numbers and variables without clear operators or relational symbols (like <, >, ≤, or ≥). If you intended to write an inequality, please clarify the expression, and I can help you interpret it correctly.
Calculus Magic!
The expression you provided appears to be two very large numbers written in a continuous format without any operators or punctuation. If you intend to add or compare these numbers, please clarify your question. Otherwise, it seems to be a concatenation of two numbers rather than a mathematical operation.
There is no way to simplify a string of numbers without any operators.
It is a group of numbers without any operators separating them. It is therefore not possible to evaluate them as if they formed a numerical expression.
You cannot compare 2 numbers without using relational operators. Certainly, you could subtract them, but you still need to test the result, and that is a relational operator in itself.
The expression "7y27 y4" does not represent a standard mathematical inequality. It appears to be a combination of numbers and variables without clear operators or relational symbols (like <, >, ≤, or ≥). If you intended to write an inequality, please clarify the expression, and I can help you interpret it correctly.
Calculus Magic!
The expression you provided appears to be two very large numbers written in a continuous format without any operators or punctuation. If you intend to add or compare these numbers, please clarify your question. Otherwise, it seems to be a concatenation of two numbers rather than a mathematical operation.
void main() { int a = 5; int b = 7; int c = 2; int res; res = (int)(a/b)?a:b; res = (int)(res/c)?res:c; printf("big num = %d",res); }
There is no way to simplify a string of numbers without any operators.
It is a group of numbers without any operators separating them. It is therefore not possible to evaluate them as if they formed a numerical expression.
To show very large or very small numbers, without writing out all the digits. To make it easy to compare such numbers, without having to count all the digits.
None without applying any binary operations because repeated use of a digit does not alter the cardinality of a set. If you can use operators, the answer depends on which operators and how they may be combined.
Relational completeness refers to the ability of a database management system to represent all relational operations and constraints. It ensures that the system can handle queries, updates, and integrity constraints effectively without compromising the accuracy or consistency of the data. Relational completeness is a key feature of relational database systems to ensure proper data management.
By subtracting any two of the numbers A-B , if the output number is negative , B IS GREAT and if its positive A is great
Not possible. Let's not forget than in C the followings are all operators:+, -+=, -=++, --=&, *, []function-call