264000
The latent heat for water to steam is 550 calories (2310 Joules) per gram. For 2 grammes, double these figures.
First of all a cycloalkene could be many things, such as, cyclopentane, cyclohexane or like. If you mean the difference between cyclohexene and benzene, then there is the double bound, 3 of a kind in a benzene molecule.
The average bond length of the two different bonds is 0.1278 nm.
It you are looking at a diagram of the molecule, the double line represents a double bond.
no there is not. There are not any double bonds.
According to a few websites shown in search results, C7H16 enthalpy of formation is -224.4 kJ/mol, but double check this if you can, or if anyone else can confirm this, that would be great.
You round and double check to see if its right are not.
1800
On the Kelvin Scale
There is no average command in VB. You would have to write your own method for that. I would write it like this Public double getAverage() { double average; average = totalAdded/ totalNumbers; return average; } You would have to have totalAdded and totalNumbers as an instance variable.
700000lbs
Use the following function: /* returns the average of two real numbers */ double average (const double a, const double b) { return a/2.0 + b/2.0; } Note that we do not use (a+b) / 2.0 because the expression a+b could overflow the range of a double. By dividing each value by 2 before summing we ensure the result can never overflow no matter how large a and b are. Ideally, you should write separate functions to cater for float and long double arguments independently: /* returns the average of two long doubles */ long double average_lng (const long double a, const long double b) { return a/2.0 + b/2.0; } /* returns the average of two floats */ float average_flt (const float a, const float b) { return a/2.0F + b/2.0F; } For mixed-mode arithmetic, always use the highest precision argument. E.g., the average of a float and a double is a double, so use the function that returns a double, not a float. The float argument will be implicitly cast to a double.
double movingaverage (double raw, double smoothed, double alpha) {return smoothed / (1.-alpha) + raw/alpha;}
Electrons don't have to do with the weight. It is mainly protons and neutrons, so if you have the atomic number a good estimate is to double that
Moore's Law is the law that describes that on average, computers double their capacity every 18 to 24 months.
double figures
50 amps