8 simple rules 

A kick-ass T.V. show starring, John Ritter, Katey Segal, Kaley Cuoco, Amy Davidson and Martin Spanjers.
Sit-Com based on two teenage girls growing up and obiding by the "8 Simple Rules"!

On the later series' John Ritter was replaced by David Spade and James Garner after his tragic death.
The show still continued with great success.

Bridget(sings): who's the girl with the shiny hair? Bridget, Bridget, who's the girl with the shiny hair, Bridget Hennessy!

Lather, rinse, repeat, lather, rinse, repeat, do this till your hair smells nice, lather rinse repeeeeeeaaaaaat!!!

8 Simple Rules is a great show!

8 simple rules by Amy September 10, 2008

8 Simple Rules For Dating My Teenage Daughter 

An American sitcom starring John Ritter most popular before his untimely passing in 2003. ran from 2002 to 2005 on the ABC in America, ABC1 in the UK and Channel 7 in Australia. The shows storylines were about a family patriarch named Paul Hennessy trying to stop his daughters from growing up too fast mainly in dating. Retitled 8 Simple Rules after John Ritter's death. a.k.a A Few Simple Rules (working title)

8 Simple Rules For Dating My Teenage Daughter was a great show, starring the late John Ritter, Katey Sagal, David Spade and Kaley Cuoco.

8 Simple Rules For Dating My Teenage Daughter by Predeckis April 28, 2006

The rules are simple 

The rules are probably not simple.

When a guy says the rules are simple, there is a catch to it.

The rules are simple by pancake king June 30, 2020

the simple power rule 

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.

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

the simple power rule by Adam Smith April 20, 2005