Want this question answered?
Ethanol
Coefficients of molecules are adjusted.
For water to be used it must be boiled to 100 degrees Celsius and boiled for more than a minute.
Chemical weapons are very dangerous and can destroy also the environmement; USA used chemical weapons in all the wars (Vietnam, Serbia, Irak, Afghanistan, etc.).
GO to Google.com and type in balancing chemical equations and click the 3rd one. It balances it for you. Just type in the formula. :]
It wasn't a chemical reaction; it was a physical reaction. The O rings (a type of gasket sealing the sections of the booster rockets) became too brittle due to cold weather. They failed and allowed the flames from the booster to melt and then ignite the external fuel tank. It was oxygen and liquid hydrogen
If allowed to sit in the right conditions, yes. It would allow for fermentation. These are the ingredients for fermented saurkraut.
he asked whether the conditions of chemical reaction could be reduced
I dont think so because of health concerns. It is -50 degrees celsius and the wind chills to another -30 degrees celsius
The gas yielded from a chamical reaction should be allowed to pass through clean lime water. If the gas is CO2, it turns lime water milky by formation of CaCO3. This is the confirmatory test for CO2 gas
A chemical reaction will occur which generates heat and liberates chlorine gas. Clorox should not be allowed to come into contact with organic materials due to the chlorine gas hazard.
8.8kg...i guessed
matter can enter from the surroundings, but cannot escape to the surroundings. matter is not allowed to enter from or escape to the surroundings. matter cannot move at all. matter can enter from or escape to the surroundings.
Leaves are recycled into fuel by making compost out of them. Dead leaves are piled up and allowed to decay, which turns into compost due to a chemical reaction from the sun's rays, mold, and the leaves. The compost has nutrients for the garden.
no
no
no because you may have an allergic reaction to chocolates when on antibiotics.