In an expression p4 is called a term.
Assuming you mean a fourth degree polynomial,P4 = x4 + 1P3 = x3 + 1P4*P3 = x7 + x4 + x3 + 1 is a seventh degree polynomial.
Tetrahedral
Well depending on what p4 is...the answer could be anything.
P4
p + 3 + = -3
If you have p1, p2, p3, and p4, it seems like you are referring to four different entities, possibly variables or parameters in a system or mathematical equation. Without further context, it is difficult to provide a specific interpretation or action related to p1, p2, p3, and p4.
product
p1 hello, i am... p2 age looks p3 favorites p4 family p5 goal
Suppose, 'ABC Company' introduced some products in the markets. For the time being let us call it as P1, P2, P3, P4, P5. Consumers availed these products and kept using it. After a particular period of time, the company analyzed the performance of their products in the market. (The well performing products brings in more revenue to the company, the down performing products brings less revenue/profit to the company). Let us say, P3 & P4 are contributing much lesser revenue compared to the overall revenue contributed by P1, P2 & P5. Maintaining P3 and P4 becomes thus an overhead for ABC Company. One solution is to completely eliminate P3 & P4 from their products list. But this solution is not a feasible one, because there may be customers who are still using the service. If they eliminate the products, at the same time the company is loosing the customer base also. Second option is to reduce the price of P3 & P4. It will work sometimes, but at the same time it is another less feasible solution and unattractive. Another option left with the company is to bundle P3 & P4 and sell it to customers. Or they can bundle P3 & P2, P4 & P4 etc etc. It depends on the type of product, type of the company on how to bundle their products. Additionally new and new customers will become happy that they are getting new products along with their actual subscription in lesser price. Also the prevailing customers will be retained for a longer time as well.
Venak, kaven (a name), vaken ( a chemical it could be p3 or p4) and a couple others.
example on round robin problem in OS: let here p1,p2,p3,p4 are some process and its burst time is given as: P1=6 P2=8 P3=2 P4=4 time quantum=4 millisec PROCESSES P1 P2 P3 P4 P1 P2 CPU CYCLES 0 4 8 10 14 16 20 SO in this example, a process cannot exceed more than 4 millisec. so each process is not exceeding more than 4 millisec. as p1 starting time is 0 ms and ending time is 4 ms then another process started at this time which also complete 4 cycles then another process p3 start which need only 2 cycles to complete its execution ,so goes only 2 cycles and finish its execution at time 14 and p4 complete its execution at 14 . now dis process will again started until all the process does not complete its execution remaining in the time quantum limit.
p1) Diana Ross p2) Cher p3) Madonna p4) Whitney Houston If you know the answer, put it at this answer and save it. I'll check it. :)
Yes, a molecule of phosphorus is typically triatomic, meaning it consists of three phosphorus atoms bonded together. This forms a stable phosphorus molecule known as P3.
The expression m^2n^3/p^3 divided by mp/n^2 can be simplified as (m^2n^3/p^3) / (mp/n^2). This simplifies to (m^3n^5)/(p^3n) = m^3n^4/p^3.
Phosphide itself is not much. I think what you mean is the phosphide ION. The formula for phosphorus is P, as you must know, but the phosphide ion is P3- ( the ionic charge being in superscript) And it is so because when bonding, Phosphorus will gain three more electrons to complete its full octet as before bonding, it only has 5 electrons in its valence shell.
That's a synthesis, or combination reaction. These types of reactions generally have 2 reactants and 1 product.