by adam smith July 22, 2003
by Adam smith April 23, 2005
1. this person does not get as much as he gives. this person finds true love with someone who does not feel the same way. at times these individuals can be very aggitating and annoying. They live in great fear of losing there self respect. there looks can be decieving. they are extremely stubborn and self absorbed...
2. this nicest person in the whole entire world. she is always there for u wen u need her, and she is just soooo sweet. im lucky to have got to have known her
3. one of the cutest girl in this world.very shy and swaeet and is liked by all.unfortunately she doesnt like me so my life is ruined.
2. this nicest person in the whole entire world. she is always there for u wen u need her, and she is just soooo sweet. im lucky to have got to have known her
3. one of the cutest girl in this world.very shy and swaeet and is liked by all.unfortunately she doesnt like me so my life is ruined.
lol one of da most funnniest things about her is, u shudntttt fite with her. she gets violent lolll and to make fingz worse wen she wants to hit u back she'l grab ur most delicate areassss lol hint hint.
by adam smith April 27, 2005
by adam smith July 22, 2003
A mathematical rule useful for finding the derivative or instantaneous rate of change of a function that involves the form y = x^n. If n = 0, then the rate of change is zero, since any number x raised to the zero power is 1. To find the derivative when n is some other number other than 0, simply pull down the exponent n, multiply the entire function by n, then subtract 1 from the exponent after you pull n down and multiply. Basically:
1) y = x^n
2) y' = nx^n-1 (y' means take the derivative of the function with respect to x, so use the simple power rule!)
Piece of cake! One of the most helpful rules in calculus, because if you didn't have the simple power rule, then you would have to use the general form for a derivative, which takes alot longer than the method above.
1) y = x^n
2) y' = nx^n-1 (y' means take the derivative of the function with respect to x, so use the simple power rule!)
Piece of cake! One of the most helpful rules in calculus, because if you didn't have the simple power rule, then you would have to use the general form for a derivative, which takes alot longer than the method above.
Try these out! Just take the derivative as described above!
y = 3x^(-2)
y'= -6/(x^3)
y = 12x^0
y'= 0
y = 3x^(1/2)
y'= (3/2)x^(-1/2) or 3/2 times 1/squareroot of x
y = 3x^(-2)
y'= -6/(x^3)
y = 12x^0
y'= 0
y = 3x^(1/2)
y'= (3/2)x^(-1/2) or 3/2 times 1/squareroot of x
by Adam Smith April 20, 2005
by Adam Smith March 10, 2005
by Adam Smith October 26, 2003