To find 5 more than the opposite of y, you would first calculate the opposite of y by multiplying y by -1. Then, you would add 5 to that result. In mathematical terms, this can be represented as -y + 5. This expression represents the value that is 5 more than the opposite of y.
y = 6500/5 = 1300 5% of 1300 = 65
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.
y=2x+5 xy=52 x(2x+5)=52 2x2+5x-52=0 (2x+13)(x-4)=0 x=-6.5 or x=4 Since you specified positive integers, x=4. y=2*4+5=13 So, the two numbers are 13 and 4.
x / y = 5 So x = 5y And also x - y = 5Substituting x = 5y 4y = 5 y = 1.25 Therefore x = 6.25
x-y = 5; x/y = 5; solve x = 5y; substitute 5y-y = 5;4y=5; y =5/4 and x = 25/4
As an expression it is: 5/y +14
y/5 + 7
The expression is: y/5 plus 7
To find 10 more than a given number y, you simply add 10 to y. This can be represented as y + 10. For example, if y = 5, then 10 more than y would be 5 + 10 = 15. So, the expression "10 more than y" can be simplified to y + 10.
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.
y = 3x + 5
The expression is: 3y+5
y = 2x + 5 17 = 2x + 5 X = 6
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.
It is a pentagon which has 5 sides
Y + 7 = 7 more than y.
The relationship are the opposite of one anther: that is, if X is greater than Y then Y must be less than X.