If you cannot remove the fuel or reduce the temperature of the burning material, removing the oxygen, or other oxidizer, will stop a fire.
Sure! An example of putting out a fire by removing the fuel would be turning off the gas supply to a stove fire. By cutting off the fuel source, you eliminate the supply that is feeding the fire and eventually it will die out.
Electricity generated from renewable sources (solar, wind, water etc) would be an alternative energy source and would easily cover cooking and heating. It would protect the environment by reducing the amount of fossil fuel burnt, and also because it has no dangerous carbon dioxide emissions that are causing global warming.
Using air fresheners would be least helpful in reducing indoor pollution. While they may mask odors, they often contain volatile organic compounds (VOCs) that can contribute to indoor air quality issues. Instead of removing pollutants, air fresheners can introduce additional harmful chemicals into the environment. To effectively reduce indoor pollution, it's better to focus on proper ventilation, air purifiers, and reducing sources of contamination.
It's difficult to determine without context, but normally I would read is as "excluding."
A typical year has 365 days. Since there are 52 weeks in a year, this means there are 52 Sundays, which accounts for 52 days. Therefore, excluding Sundays, there are 365 - 52 = 313 days in a year. In a leap year, there would be 314 days excluding Sundays.
$100,000,000 or 15479597 yang.
selectively permeable
well i would just try to not get out of my house often or just hide from them.
If we're excluding subatomic particles, then it would have to be a returning space shuttle or else a capsual. It would be slower going up.
The average cost for removing and installing a radiator in a 2005 freightliner would be between $100 and $300.
Removing crystal violet from MacConkey agar would decrease its specificity by allowing more non-selective bacteria to grow on the medium, potentially leading to false-positive results. The sensitivity may also decrease as the absence of crystal violet could affect the medium's ability to inhibit the growth of certain bacteria, thereby reducing its ability to detect specific microbial species.
The reducing end of a carbohydrate is found at the anomeric carbon. For glucose, this would be Carbon #1 (C-1).