You are not logged in.
devante
I used my elbow to press the backspace button, does that count?
Hi there, I hope you learn something useful in your time here.
The Devantè says:
Not bad.
It's like undercooking a chicken
Welcome, I hope you find something of interest during your time here.
Nice, regnar998, and welcome to the forum!
Though... very few decimal places are needed in exams. I'd say minimum 2, maximum 10.
What a lovely game.
Just one minute I'm gone and you go all crazy.
Duh. Celebrities weren't educated about the law.
<_<
Nope, hard to find SATs papers before 2000. You can buy them, but otherwise I don't know where to get them, sorry.
The list is quite surprising. I did expect academic jobs to be up there, but it's also interesting to note that some of the most important services we require are a result of the worst jobs...
toby good boy in bead
Cool. Me too.
iknorite
Um... hi.
He probably means Quoted For Truth, though there is no quote, or he could mean Quantum Field Theory. Or other abbreviations.
1. Steve Jobs
2. dead
3. scale
Hi there!
1. Snow White
2. energy
3. perspective
You're right.
Time to start a new discussion.
See the new thread.
1. The correct spelling is minuscule
Typo. I and U are next to each other on the keyboard.
1. short
2. power
3. Bach
Depends how you think about it, if you define a circular object as either a shape whose sides are negligible, or with ∞ tangents. You can state that two tangent lines are parallel, but that is because we only assume that there is a point on the circumference such that a straight line is existent. But if we think about a circle as having ∞ sides, then you *could* say that there is a point, ∞/2, which lies between two of the infinitesimal sides, but if we define this as a limit then we say that this is going to approach infinity. So what are we really saying when we say a circle can have ∞ tangents?
The concept is an interesting one, but as for the topic, you could say that a circle has either no parallel lines or ∞ parallel lines. Some people say that a circle has an infinite number of sides is just another proof that 0 ∙ (±∞) is an indetermination and not only 0.
1. miniscule
2. tidal
3. classical