Chuck Norris Whoever and whatever Chuck Norris might be, he is not a mathematician; they all know that you can't divide by zero. If you try to then nonsense answers appear out of the woodwork.
The sides of 8 and 9 would have to stretch out straight in line in order to reach the ends of the side of 17, and then they would flop down right on top of it. The triangle would have two angles of zero degrees, and one angle of 180 degrees. When you looked at it, it would look like a straight line segment with a length of 17; you wouldn't know that there were two other line segments lying on top of it. A mathematician might call that a "degenerate triangle". But in a practical sense, I don't think anyone else would accept it as a member of the triangle club.
In an equation like C=2PiR, the circumference (C) of a circle in terms of the radius (R), we call the values of R to be in the Domain and the values of C are then calculated and we say those results are in the Range. So the Domain is any quantity from zero to the width of the universe if you want to be practical. I suppose that someone might like to calculate the circumference of two adjacent universes, so their Domain for R would be twice as big. Notice that the Domain contains no negative numbers. No practical circle has a negative radius.
One hundred milligrams (100 mg) is a small mass that is equivalent to 0.1 grams. In practical terms, it is roughly the weight of a small paperclip or about a tenth of a teaspoon of granulated sugar. In the context of medication, 100 mg of a tablet might be a standard-sized pill, though the actual appearance can vary based on the formulation and manufacturer.
Adjusting in math typically refers to modifying a value or an equation to achieve a desired outcome or to simplify calculations. This can involve rounding numbers, changing variables, or using estimation techniques. For example, when solving equations, you might adjust coefficients to isolate a variable. In practical applications, adjusting can also mean tweaking parameters in statistical analyses or correcting for bias in data.
Graph
He might =]
You might be thinking of Blaise Pascal. He had a computer language named after him.
Oh, dude, a mathematician might draw... like, shapes and graphs and stuff. You know, all those lines and numbers that make your head spin? Yeah, they're into that. But hey, if you ask me, I'd rather draw a stick figure or a smiley face. Math is cool and all, but like, can we just stick to doodles?
Claustrophobia
Well I am not 100% sure on that but I do know that Carol Vordemon (spellling might be incorrect) is the most clever person in the world for maths as well.
Instantanious information, it's practical and vital to business
So that they can engage the archaic side of language
Yes, 5.60 is greater than 5.06. Or, as a mathematician might put it: 5.60 > 5.06
Work practices are your personal work habits that you choose to do in the work place. Work habits can include being on time, checking your work and other choices you might make.
Just be around to offer comfort, and to do any practical tasks that might be needed.
Brahmagupta, whose main work was called Brahmasphutasiddhanta might be one. Aryabhata did some work with pi, which is related to the perimeter of circles.