Here, y is a variable & it can take any value.
If y = 3, then 5 is greater than y.
If y = 5, then 5 is equal to y.
If y = 99.123, then 5 is less than y.
So, it all depends on the value of y.
36
X>Y, Means X is greater than Y, Y>X Means Y is greater, Ok.
By using greater than (x>y) or less than (x<y) signs.
X / Y = Answer X * Y ( Y = any number less than 1 but greater than 0 ) = Answer
Oh, dude, let's break this down. If one number is 6 greater than the other, we can set up an equation like x = y + 6. Since both numbers are greater than -15 and less than 5, we know they fall within the range of -14 to 4. So, the numbers are -14 and -8. Easy peasy lemon squeezy!
-2≤y≤5
9>y≥5
To determine if five is less than ( y ), you need to know the value of ( y ). If ( y ) is greater than 5, then the statement is true; if ( y ) is less than or equal to 5, then the statement is false. Without the specific value of ( y ), we cannot definitively answer the question.
x < y : x is less than y.x ≤ y : x is less than or equal to y. x > y : x is greater than y.x ≥ y : x is greater than or equal to y.
The statement "the absolute value of the difference of x and y is greater than 5" can be represented by the inequality (|x - y| > 5). This means that the distance between (x) and (y) on a number line is more than 5 units. Thus, the inequality captures all scenarios where (x - y) is either greater than 5 or less than -5.
The relationship are the opposite of one anther: that is, if X is greater than Y then Y must be less than X.
36
X>Y, Means X is greater than Y, Y>X Means Y is greater, Ok.
x=10; y=10; if (x >= 10 y >= 10) { //dostuff } OR: AND: && greater than: > greater than or equals to: >= less than: < less than or equal to: <= equals: NOT: !
It is quite possible, depending on X, a and y.
The > symbol represents less than. For example, x>y represents x is greater than y.
4