pq
Well, darling, the notation that shows P is a function of x is P(x). Yep, it's as simple as that. Just slap those two together with parentheses and you've got yourself a function relationship. Easy peasy lemon squeezy!
Use the rule that the shortest leg has length p, the other leg has length 2p and the hypotenuse has length p*sqrt(3) Where sqrt(number) if the square root of the number.
perimeter (P)=2(length+base) find length, area = length * base = (p/2-base)*base
It is: 2.70721*10^6
An apothem of a regular polygon is a segment from its center to the midpoint of a side. You can use the apothem to find the area of a regular polygon using this formula: A = pa/2 where p is the perimeter of the figure and a is the apothem. For a regular octagon with side length 11, the perimeter p = 8(11) = 88. So the area would be A = 88(8.85)/2 = 389.4 square units.
With obvious notation, P = 2*(L + W)So (L + W) = P/2 and then L = P/2 - W.
3.9 and 2.6
If it's on a graph (cartesian) then use Pythagoras. Assume endpoints are (a,p) and (b,q) length=sqrt((a-b)^2+(p-q)^2) ... where sqrt means square root. idk
No. There is exactly one line (and therefore line segment) through any two points.
In music notation, the letter "p" stands for "piano," which means to play the music softly or quietly.
P "e" AB where P is the points, AB is the line, and e is actually a mathematical symbol which I cannot display on this rubbish browser. It is the Greek Lunate Epsilon symbol, character code 03F5 [short cut key = 03F5 Alt-X].
p stands for piano in musical notation. It is a dynamic marking which indicates the piece or section should be played soft.
Well, darling, the notation that shows P is a function of x is P(x). Yep, it's as simple as that. Just slap those two together with parentheses and you've got yourself a function relationship. Easy peasy lemon squeezy!
6.403228 x 109.
7.3*10^-3
Use the rule that the shortest leg has length p, the other leg has length 2p and the hypotenuse has length p*sqrt(3) Where sqrt(number) if the square root of the number.
perimeter (P)=2(length+base) find length, area = length * base = (p/2-base)*base