The cast of The Seduction of Mr. P - 2010 includes: Elizabeth Brissenden as Justine Robert Factor as Mr. P
- Mr. Swales - Mr. Hawkins - the crew of the ship ´Demeter´ - Quincey P. Morris - Count Dracula - the three female vampires
mr ramsden, ha ha ha that's my headteacher................ :P
No he dose not have a child if he did it would be on the front on a magazine! some people say that it's true but it's not! :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P!!!! xx
The hex code gives you items.I dont know the code but u can look it up. Wonnetz Phanthavong
The firm is operating in Perfect markets. In perfect markets (Perfect competitions), the firm can maximize its profit when its MC is equal with its MR. And in perfect markets, usually the following condition is true: (MR = AR = P). So, in equilibrium which is also the profit maximizing point for a firm, the following condition is a must: MR = AR = P = MC.
•Technical efficiency. A firm (or industry) products at lowest point where AC crosses MC.•Allocativeefficiency. P = MC = MR. Satisfaction is represented by demand curve. DD = SS. Equilibrium.
Perfectly competitive firms are price takers. This means that they can sell as much or as little as they want, but only at the going market price. When this happens, the market price is the same as their marginal revenue. Thus, P=MC is the same as P=MR.
the AR lies in P-block
Na > Al . P is a non-metal and Ar is a noble (inert) gas
The marginal revenue curve describes the incremental change in revenue (that is, price*units sold). The MR is not always equivalent to its demand curve. The more perfect competition is, the closer demand approaches the MR. This is because, in perfect competition, firms sell at the MC = MR = P criterion. In the opposite case, monopoly, MR always lies under of demand, and firms achieve monopoly profits by choosing a production quantity where MC = MR and charging a price mark-up.
The probability of ac and bc is 1/5.
yes
I'll try to answer the question, "If the 5th term of a geometric progression is 2, then the product of its FIRST 9 terms is --?" Given the first term is A and the ratio is r, then the progression starts out... A, Ar, Ar^2, Ar^3, Ar^4, ... So the 5th term is Ar^4, which equals 2. The series continues... Ar^5, Ar^6, Ar^7, Ar^8, ... Ar^8 is the 9th term. The product P of all 9 terms is therefore: P = A * Ar * Ar^2 *...*Ar^8 Collect all the A's P = (A^9)*(1 * r * r^2 ...* r^8) P = A^9 * r^(0+1+2+...+8) There's a formula for the sum of the first n integers (n/2)(n+1), or if you don't know just add it up. 1+2+...+8 = 36 Therefore P = A^9 * r^36 Since 36 is a multiple of 9, you can simplify: P = (Ar^4)^9 Still with me? Remember that Ar^4=2 (a given fact). So finally P = 2^9 = 512. Cute problem.
Then get a new one :P
ma-gic-ar-p
Mr. P - album - was created on 2011-04-15.