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There is no optimum between 00C and 1000C.
This really depends what the temerature you want is. For lower temperatures you can heat in a thermostatically controlled container of oil. For highter temperatures you will need a thermoostatically controlled furnace. This wil easily give you good control up to at least 1000C
No-one did! A guy called Daniel Fahrenheit proposed a temperature scale where one of the reference points was the temperature of the boiling point of water which he arbitrarilly set at 212 degrees or more precisly 2120F This scale is now only used in the US the rest of us have switched to Celsius (often called centigrade) where the boiling point of water is 1000C
The boiling point of water in Wisconsin ranges from 210 to 211 degrees Fahrenheit. For every 500 or so feet above sea level, the boiling point drops a degree.
let the water evaporate and there will be sugar. Then let the water condense and there will be the waterFirst actually put the sugar and water together than wait and then the sugar will melt and will stay down at the bottom of the pan. and water will be up !!
Yes
1,000 degrees Celsius = 1,832 degrees Fahrenheit
There is no optimum between 00C and 1000C.
bcoz of space in the calorimeter....
download the new downloaded content. the one for 1000c i think. have fun!!
PBr3, PBr5 decompose above 1000C to give PBr3
The roman numeral for 1100 is: MC. This translates to:M = 1000C = 100MC = 1100
M = 1000C = 100 and CC = 200L = 50X = 10II = 21000 + 200 + 50 + 10 + 2 = 1262
You would write 1164 as MCLXIV.M = 1000C = 100L = 50X = 10IV = 4MCLXIV = 1164
MCCXIV whereM = 1000C = 100X = 10V = 5I = 11000 + 200 + 10 + (5 -1) = 1214
00C. It's part of the definition of of the Celsius scale. the other part being that water boils at 1000C.
You could buy the specific keys from other players, be prepared to pay 1000c for each key though.