Y 3x 5

What are the distances and intervals in the equation y = 3x 5? ۔

I need general help finding the domain and boundaries in the equation y = mx + b. I know that a group of ordered pairs has {a, b} {a, c} {b, e} {d, f}, a, b and d domains and b, c, e and f domains. I don't understand how to find domains and boundaries in an equation. Is it just x for domain and y for range? Or is it like a 3x5 domain? Explain as much as possible, I am a seventh grader.

The domain is the sum of all the values that the independent variable can take (its x here). In this case, x can be any real number: you can replace x with anything. In this case, the domain consists of real numbers.

A range is a set of values that a dependent variable can take (its y here). In this case, y could be a real number. If you enter all possible numbers for x, you will get each number as y value. There, the area contains real numbers.

To get a better idea of this, consider the equation y = 1 / (x2). In this case, you cannot provide all the numbers for x: you cannot enter x = 2, as this will result in the division of z. Another number is fine. The domains here are numerical, except for two. In terms of range, we know that y can never be z, because the only way to get a fraction of = z is if the vertex is z. Otherwise, by entering a value for x, you can get another value for y. In this case, the range consists of real numbers except z.

Y 3x 5

What are the distances and intervals in the equation y = 3x 5? 3
I need general help finding the domain and range in any equation that looks like y = mx + b. I know that a group of configured pairs has {a, b} {a, c} {b, e} {d, f}, a, b and d domains and b, c, e and f domains. I don't think w finds the domain and range in the equation. Is it just x for domain and y for range? Or is it like a 3x5 domain? Explain as easily as possible, I am a seventh grader.
A domain is the sum of all the values that can take an independent variable (here is its x). In this case, x can be any real number: you can replace x with anything. In this case, the domain consists of real numbers.
A range is a set of values that a variable can take (here is its y). In this case, y can be any real number. Replacing all possible numbers for x gives you the value of each number as y. There, the area contains real numbers.
To get a better idea of this, consider the equation y = 1 / (x2). In this case, you cannot provide all the numbers for x: you cannot enter x = 2, as this will result in division of z. Any other number is fine. There, domains are just numbers except two. In terms of range, we found that y can never be z, because the only way to get a fraction of = z is if the peak is z. Otherwise, entering a value for x gives another value for y. In this case, the range contains real numbers except z.
(Let's use button 8 as page 8 which means unlimited)
Domains = (8, 8)
Rating = (8, 8)
To remember! The answer is no 8, it should move 8 to the left to make it look more like or just 8 you know ... this is an infinite sign