Inflation rate= p - P /P *100 i.e, p minus P divided by P into100. Where, p= current average price level, P= price level a year ago. Inflation rate=((p - P) /P) *100 i.e, p minus P divided by P into100. Where, p= current average price level, P= price level a year ago.
Could represent a vector P. Or the average (mean value) of a variable P.
the average pay is 1 p
no idea... :P
The average wage is $ 50,000 p/a, the median would be more like $30,000 - $ 40,000 p/a. The minimum wage for an Australian worker is $12.95 p/h for a full time worker.
twenty feet,not including the roof height p' /p;
1/2 $ :P
60,000 p/y
$30,000 p/a US.
they average 300.00 to 450.00
P and Q are 12 miles far from each other. Given that Patrick drives from P to Q at an average speed of 40 mph Also he drives from Q to P at an average speed of 45 mph Let "s" be the distance between P and Q in miles. Let "t" be the time in minutes There are 60 minutes in 1 hours By the definition pf average speed we can write that The speed is given in two situations in miles per hour Case 1 When average speed = 40 mph Case 2 When average speed = 45 mph Given that Patrick takes two minutes less Solving for "s" from equations (1) and (2) gives us So we can conclude that P and Q are 12 miles far from each other.
bout. £2.99 depends.. :P