Most likely you are severely over estimating the energy amount of your high fat/high protein diet as high protein diets have been shown to lead to a voluntary decrease in caloric intake in controlled trials. Try carefully documenting your intake of calories over an extended period of time and you will probably see that you are actually eating much less than you think you are.
If you are seriously eating many more calories a day of fat and protein without significant weight gain, I suggest an urgent visit to a doctor. With such a significant difference in caloric intake without any effects you are very likely to be having severe colonial malfunction which could lead to internal bleedings, infections and death.
control.Enabled = false;
control.Enabled = true;
That you couldn't find a simple property searching through msdn says a lot about you.
http://msdn.microsoft.com/en-us/library/system.windows.forms.control.enabled.aspx
Hell "disable control c#" gives you an answer in the first hit on google. The msdn page might be a little to technical for you so might I suggest starting with:
While I'm pretty certain that you are a troll that doesn't actually care about science that will contradict his world view. I'm going to post a citation for you anyway. I can't link to the article directly since it will be behind a paywall however it's not like you were going to read them anyway (and if you did you wouldn't understand it). You can find the abstract if you google for the article name for most of them (an abstract is a summary of what the article says) in case you're genuinely curious.
Pope, C Arden, Richard T Burnett, Michelle C Turner, Aaron J Cohen, Daniel Krewski, Michael Jerrett, Susan M Gapstur, and Michael J Thun. 2011. Lung Cancer and Cardiovascular Disease Mortality Associated with Ambient Air Pollution and Cigarette Smoke: Shape of the Exposure-Response Relationships. Environ Health Perspect. . (ISBN: 15529924)
I agree with you, battery technology is the problem holding back widespread adoption of electric vehicles. However, for some applications, mopeds, short-distance automobiles and ultra-light aircraft (the articles example) battery technology has already reached sufficient capacity (and those application will use predominantly battery technology once economies of scale kicks in, it has already happened with mopeds).
Though an order of magnitude more capacity is far more capacity than needed. Currently the most energy dense batteries are not used for economical reasons (recharge times also play a big part) and cars with the highest capacity batteries would have enough juice to replace modern heavier weight cars due to the much more efficient electrical engine (roughly 4 times as efficient) and more lightweight motor system. Given time the prices of these batteries should fall down to reasonable levels making their way into consumer vehicles.
An improvement by a factor two would make electrical vehicles capable of replacing trucks (the diesel-cycle is about third as efficient as electrical engines) and an improvement by a factor four enough for commercial airlines (jet engines are about half as efficient as electrical engines)
Now in my post I discussed fuel efficiency because these markets are very price sensitive to the cost of fuel. Airplanes in particular might even go so far as to switch to battery technology even when the system is a net loss (x kg of battery gives you shorter range than x kg of synthetic fuel) given that the route is possible with battery technology since synthetic fuel would cost about ten times as much as charging the batteries and a major cost per flight is fuel.
Synthesizing hydrocarbon fuels, though possible, is not only expensive. It is really expensive.
If you exclude other fossil fuels as a suitable candidate (while they can be synthesized into liquid hydrocarbons at an efficiency of about 0.5 they are also running out). The chain electricity->synthetic jet fuel->combustion engine is about one tenth as effective as electricity->battery->electric engine.
So while battery tech might not be quite there yet, even if wide scale synthesis of jet fuel was already existing, there would still be a drive force towards electric airplanes.
While what you're saying is true (that todays batteries are not energy dense enough). There are other advantages to a purely electric battery system making energy density not the only factor.
1. Higher efficiency of electric motors
2. Lower cost of fuel
3. Lower weight of electric motors
In fact, the article mentions that before it would be feasible to replace fuel with batteries for heavy aircraft battery capacity needs to increase by a factor of 4. When it does the switch-over would be fast due to the very high costs of flying air-planes.
In the meantime, we will have to settle for ultra-light airplanes using battery systems and watch as it becomes feasible for heavier and heavier aircrafts over time.
The moon is made of green cheese. -- John Heywood