46 of 10p coins make £4.60
2450/10 = 245 of them.2450/10 = 245 of them.2450/10 = 245 of them.2450/10 = 245 of them.
1 pound/10 p = 100 p/10 p = 10
1stColor(139,0,0) 2ndColor(139,139,139) ScaleZ(510) ScaleY(560) ScaleX(920) <p> c(27,224,63) p(10,-23,61) p(10,-20,61) p(10,-20,-61) p(10,-23,-61) </p> <p> c(27,224,63) gr(30) p(10,-20,61) p(10,18,61) p(10,18,57) p(10,-20,57) </p> <p> c(27,224,63) p(10,-10,57) p(10,0,57) p(10,0,-57) p(10,-10,-57) </p> <p> c(0,0,0) gr(30) p(10,-20,57) p(10,-10,57) p(10,-10,36) p(10,-20,36) </p> <p> c(0,0,0) gr(30) p(10,-20,33) p(10,-10,33) p(10,-10,13) p(10,-20,13) </p> <p> c(0,0,0) p(10,-20,10) p(10,-10,10) p(10,-10,-10) p(10,-20,-10) </p> <p> c(0,0,0) gr(30) p(10,-20,-13) p(10,-10,-13) p(10,-10,-34) p(10,-20,-34) </p> <p> c(0,0,0) gr(30) p(10,-20,-37) p(10,-10,-37) p(10,-10,-57) p(10,-20,-57) </p> <p> c(0,0,0) p(10,0,57) p(10,10,57) p(10,10,36) p(10,0,36) </p> <p> c(0,0,0) p(10,0,33) p(10,10,33) p(10,10,13) p(10,0,13) </p> <p> c(0,0,0) p(10,0,10) p(10,10,10) p(10,10,-10) p(10,0,-10) </p> <p> c(0,0,0) p(10,0,-13) p(10,10,-13) p(10,10,-34) p(10,0,-34) </p> <p> c(0,0,0) p(10,0,-37) p(10,10,-37) p(10,10,-57) p(10,0,-57) </p> <p> c(27,224,63) gr(30) p(10,-20,36) p(10,-10,36) p(10,-10,33) p(10,-20,33) </p> <p> c(27,224,63) p(10,-20,13) p(10,-10,13) p(10,-10,10) p(10,-20,10) </p> <p> c(27,224,63) p(10,-20,-10) p(10,-10,-10) p(10,-10,-13) p(10,-20,-13) </p> <p> c(27,224,63) gr(30) p(10,-20,-34) p(10,-10,-34) p(10,-10,-37) p(10,-20,-37) </p> <p> c(27,224,63) p(10,0,36) p(10,10,36) p(10,10,33) p(10,0,33) </p> <p> c(27,224,63) p(10,0,13) p(10,10,13) p(10,10,10) p(10,0,10) </p> <p> c(27,224,63) p(10,0,-10) p(10,10,-10) p(10,10,-13) p(10,0,-13) </p> <p> c(27,224,63) p(10,0,-34) p(10,10,-34) p(10,10,-37) p(10,0,-37) </p> <p> c(27,224,63) gr(30) p(10,-20,-57) p(10,18,-57) p(10,18,-61) p(10,-20,-61) </p> <p> c(27,224,63) p(10,18,-44) p(10,23,-47) p(10,23,-61) p(10,18,-61) </p> <p> c(27,224,63) p(10,10,57) p(10,18,57) p(10,18,-57) p(10,10,-57) </p> <p> c(27,224,63) p(10,18,44) p(10,23,47) p(10,23,61) p(10,18,61) </p> <p> c(27,224,63) p(10,18,35) p(10,23,33) p(10,23,-33) p(10,18,-35) </p> // Mirror of the 26 polygons above along the X axis: <p> c(27,224,63) p(-10,-23,61) p(-10,-20,61) p(-10,-20,-61) p(-10,-23,-61) </p> <p> c(27,224,63) p(-10,-20,61) p(-10,18,61) p(-10,18,57) p(-10,-20,57) </p> <p> c(27,224,63) p(-10,-10,57) p(-10,0,57) p(-10,0,-57) p(-10,-10,-57) </p> <p> c(0,0,0) gr(30) p(-10,-20,57) p(-10,-10,57) p(-10,-10,36) p(-10,-20,36) </p> <p> c(0,0,0) gr(30) p(-10,-20,33) p(-10,-10,33) p(-10,-10,13) p(-10,-20,13) </p> <p> c(0,0,0) p(-10,-20,10) p(-10,-10,10) p(-10,-10,-10) p(-10,-20,-10) </p> <p> c(0,0,0) gr(30) p(-10,-20,-13) p(-10,-10,-13) p(-10,-10,-34) p(-10,-20,-34) </p> <p> c(0,0,0) gr(30) p(-10,-20,-37) p(-10,-10,-37) p(-10,-10,-57) p(-10,-20,-57) </p> <p> c(0,0,0) p(-10,0,57) p(-10,10,57) p(-10,10,36) p(-10,0,36) </p> <p> c(0,0,0) p(-10,0,33) p(-10,10,33) p(-10,10,13) p(-10,0,13) </p> <p> c(0,0,0) p(-10,0,10) p(-10,10,10) p(-10,10,-10) p(-10,0,-10) </p> <p> c(0,0,0) p(-10,0,-13) p(-10,10,-13) p(-10,10,-34) p(-10,0,-34) </p> <p> c(0,0,0) gr(30) p(-10,0,-37) p(-10,10,-37) p(-10,10,-57) p(-10,0,-57) </p> <p> c(27,224,63) p(-10,-20,36) p(-10,-10,36) p(-10,-10,33) p(-10,-20,33) </p> <p> c(27,224,63) p(-10,-20,13) p(-10,-10,13) p(-10,-10,10) p(-10,-20,10) </p> <p> c(27,224,63) p(-10,-20,-10) p(-10,-10,-10) p(-10,-10,-13) p(-10,-20,-13) </p> <p> c(27,224,63) p(-10,-20,-34) p(-10,-10,-34) p(-10,-10,-37) p(-10,-20,-37) </p> <p> c(27,224,63) p(-10,0,36) p(-10,10,36) p(-10,10,33) p(-10,0,33) </p> <p> c(27,224,63) p(-10,0,13) p(-10,10,13) p(-10,10,10) p(-10,0,10) </p> <p> c(27,224,63) p(-10,0,-10) p(-10,10,-10) p(-10,10,-13) p(-10,0,-13) </p> <p> c(27,224,63) p(-10,0,-34) p(-10,10,-34) p(-10,10,-37) p(-10,0,-37) </p> <p> c(27,224,63) p(-10,-20,-57) p(-10,18,-57) p(-10,18,-61) p(-10,-20,-61) </p> <p> c(27,224,63) p(-10,18,-44) p(-10,23,-47) p(-10,23,-61) p(-10,18,-61) </p> <p> c(27,224,63) p(-10,10,57) p(-10,18,57) p(-10,18,-57) p(-10,10,-57) </p> <p> c(27,224,63) p(-10,18,44) p(-10,23,47) p(-10,23,61) p(-10,18,61) </p> <p> c(27,224,63) p(-10,18,35) p(-10,23,33) p(-10,23,-33) p(-10,18,-35) </p> // End of mirror <p> c(27,224,63) p(10,18,-61) p(10,23,-61) p(-10,23,-61) p(-10,18,-61) </p> <p> c(27,224,63) lightB p(10,12,-61) p(10,18,-61) p(7,18,-61) p(7,12,-61) </p> <p> c(27,224,63) lightB p(-10,12,-61) p(-10,18,-61) p(-7,18,-61) p(-7,12,-61) </p> <p> c(27,224,63) p(7,12,-61) p(7,18,-61) p(-7,18,-61) p(-7,12,-61) </p> <p> c(27,224,63) p(10,10,-61) p(10,12,-61) p(-10,12,-61) p(-10,10,-61) </p> <p> c(0,0,0) p(7,0,-61) p(7,10,-61) p(-7,10,-61) p(-7,0,-61) </p> <p> c(27,224,63) p(10,0,-61) p(10,10,-61) p(7,10,-61) p(7,0,-61) </p> <p> c(27,224,63) p(-10,0,-61) p(-10,10,-61) p(-7,10,-61) p(-7,0,-61) </p> <p> c(27,224,63) p(10,0,-61) p(10,-10,-61) p(-10,-10,-61) p(-10,0,-61) </p> <p> c(0,0,0) p(7,-19,-61) p(7,-10,-61) p(-7,-10,-61) p(-7,-19,-61) </p> <p> c(27,224,63) p(10,-19,-61) p(10,-10,-61) p(7,-10,-61) p(7,-19,-61) </p> <p> c(27,224,63) p(-10,-19,-61) p(-10,-10,-61) p(-7,-10,-61) p(-7,-19,-61) </p> <p> c(27,224,63) p(10,-23,-61) p(10,-19,-61) p(-10,-19,-61) p(-10,-23,-61) </p> // Mirror of the 9 polygons above along the Z axis: <p> c(27,224,63) p(10,10,61) p(10,12,61) p(-10,12,61) p(-10,10,61) </p> <p> c(0,0,0) p(7,0,61) p(7,10,61) p(-7,10,61) p(-7,0,61) </p> <p> c(27,224,63) p(10,0,61) p(10,10,61) p(7,10,61) p(7,0,61) </p> <p> c(27,224,63) p(-10,0,61) p(-10,10,61) p(-7,10,61) p(-7,0,61) </p> <p> c(27,224,63) p(10,0,61) p(10,-10,61) p(-10,-10,61) p(-10,0,61) </p> <p> c(0,0,0) p(7,-19,61) p(7,-10,61) p(-7,-10,61) p(-7,-19,61) </p> <p> c(27,224,63) p(10,-19,61) p(10,-10,61) p(7,-10,61) p(7,-19,61) </p> <p> c(27,224,63) p(-10,-19,61) p(-10,-10,61) p(-7,-10,61) p(-7,-19,61) </p> <p> c(27,224,63) p(10,-23,61) p(10,-19,61) p(-10,-19,61) p(-10,-23,61) </p> // End of mirror <p> c(27,224,63) p(10,12,61) p(10,18,61) p(7,18,61) p(7,12,61) </p> <p> c(27,224,63) p(-10,12,61) p(-10,18,61) p(-7,18,61) p(-7,12,61) </p> <p> c(255,255,255) lightF p(2,16,61) p(2,18,61) p(7,18,61) p(7,16,61) </p> <p> c(27,224,63) lightF p(-2,16,61) p(-2,18,61) p(-7,18,61) p(-7,16,61) </p> <p> c(27,224,63) p(7,12,61) p(7,16,61) p(-7,16,61) p(-7,12,61) </p> <p> c(27,224,63) p(10,18,61) p(10,23,61) p(-10,23,61) p(-10,18,61) </p> <p> c(27,224,63) p(2,16,61) p(2,18,61) p(-2,18,61) p(-2,16,61) </p> <p> c(27,224,63) p(-10,-23,61) p(10,-23,61) p(10,-23,-61) p(-10,-23,-61) </p> <p> c(130,130,130) gr(30) p(10,23,33) p(-10,23,33) p(-10,23,-33) p(10,23,-33) </p> <p> c(130,130,130) gr(30) p(10,23,-33) p(-10,23,-33) p(-10,18,-33) p(10,18,-33) </p> <p> c(130,130,130) gr(30) p(10,18,-33) p(-10,18,-33) p(-10,18,-44) p(10,18,-44) </p> <p> c(130,130,130) gr(30) p(10,18,-44) p(-10,18,-44) p(-10,23,-47) p(10,23,-47) </p> // Mirror of the 3 polygons above along the Z axis: <p> c(130,130,130) gr(30) p(10,23,33) p(-10,23,33) p(-10,18,35) p(10,18,35) </p> <p> c(130,130,130) gr(30) p(10,18,35) p(-10,18,35) p(-10,18,44) p(10,18,44) </p> <p> c(130,130,130) gr(30) p(10,18,44) p(-10,18,44) p(-10,23,47) p(10,23,47) </p> // End of mirror <p> c(130,130,130) gr(30) p(10,23,-47) p(-10,23,-47) p(-10,23,-61) p(10,23,-61) </p> <p> c(130,130,130) gr(30) p(10,23,47) p(-10,23,47) p(-10,23,61) p(10,23,61) </p> physics(50,12,50,62,50,0,0,90,10,12,12,94,50,56,4,8330) handling(76) gwgr(40) rims(140,140,140,18,10) w(-8,20,40,11,35,20) w(8,20,40,11,-35,20) gwgr(40) rims(140,140,140,18,10) w(-8,20,-40,0,35,20) w(8,20,-40,0,-35,20) stat(120,104,129,165,162)
10% of 40 p = 40 p *10/100 = 4 p
The answer is 100/(20p) = 5/p
10 because 50p x 10 = 500 p = £5
July 31, 2009 The 1984 $10 Olympic Gold Proof coins were produced at 4 US Mint Facilities. One was Philadelphia which is shown as 1984-P in this list. Another was Denver which is shown as 1984-D in this list. Another was San Francisco which is shown as 1984-S in this list. The final location was at West Point which is shown as 1984-W in this list. The uncirculated values of these coins are listed below. Uncirculated Grades..................1984-P.....1984-D......1984-S.......1984-W MS63...........................................$460.........$450..........$450..........$470 MS64...........................................$470.........$460..........$460..........$480 MS65...........................................$480.........$470..........$470...........$490 MS66...........................................$490.........$480..........$480...........$500 MS67...........................................$500.........$490..........$490...........$510
2450/10 = 245 of them.2450/10 = 245 of them.2450/10 = 245 of them.2450/10 = 245 of them.
They were coins minted by the Philidelphia mint
$10. Someone stamped it on the bill after it left the printing office. Note that this site has a Coins and Currency thread for asking questions about, well, coins and currency. Money and Credit is for things like checks, credit cards, loans, etc.
This coins has no extra value other than 25 cents.
100 pence (p) make 1 pound £ So £10 x p / 2 = 500
10 MIL
As of 2014 the estimated value of a 1988 P dime in the U.S. is 22 cents. The value of coins does fluctuate by demand and the market.
P. N. Breton has written: 'List of corrected approximate values of Canadian coins and tokens' -- subject(s): Canadian Coins, Coins, Coins, Canadian, Medals, Prices
1 pound/10 p = 100 p/10 p = 10
These coins are very common and are worth 5 cents.