Sugar is composed of 22 atoms of hydrogen, 12 atoms of carbon as well as 11 atoms of oxygen
One mole of sugar, which is equivalent to its molar mass in grams, is roughly 342 grams for sucrose (table sugar) and around 180 grams for glucose.
Yes, but at night. It make oxygen more than it does carbon dioxide though. ---- Plants, like animals, do have metabolisms by which energy is generated through the oxidation of sugar, which produces carbon dioxide. However, green plants consume much more carbon dioxide, in the process of photosynthesis, than they produce by means of their metabolism, and they produce much more oxygen than they consume.
Increasing the concentration of sugars in a solution, lead - by fermentation, to a greater release of carbon dioxide. - - - - - Given a perfect world, yes - yeast eats sugar, so if you give them more food they'll produce more CO2. But they can only eat so much, so if you've got a yeast shortage in your container of sugar water you're not going to get as much CO2 as you potentially could. You also need to look at the alcohol content of the solution. Yeast dies at 13 percent alcohol content, so if you were to try to increase the alcohol content of 10-percent alcohol content wine by adding yeast and sugar you won't get as much CO2 as if you tried this in a solution with no alcohol in it.
To calculate the amount of sugar in a punch in moles, you need to know the molecular mass of sugar (sucrose). Sucrose has a molecular mass of approximately 342.3 g/mol. Given the weight of sugar in the punch in grams, divide that weight by the molecular mass of sugar to get the amount of sugar in moles.
Light gives necessary energy for the plants to produce sugar from carbon bi oxide and water. More the intensity of the light, more the sugar production is there. But there is higher side limit to the amount of maximum sugar that can be produced, in given time, by the given amount of green pigment.
One mole of sugar, which is equivalent to its molar mass in grams, is roughly 342 grams for sucrose (table sugar) and around 180 grams for glucose.
To make 1 mole carbon dioxide it takes 2 moles of HCl and one mole of Ca-carbonate.
A mol is a mol is a mol - no. A mol is a standard unit of measurement and thus any substance, when designated a "mol" will have the same number of particles. Therefore, a mol of salt would have the same number of particles as a mol of sugar. It is like asking if a pound of feathers would weigh more or less than a pound of steel.
carbon= 12.01 oxygen=16*2 12.01+32=44.01 CO2
A mole of carbon atoms occupies 12 grams of carbon. The volume it occupies depends on the form of carbon (diamond, graphite, etc.), but it's roughly equivalent to about 3.42 cm^3 for a mole of carbon atoms in the form of diamond.
Yes, but at night. It make oxygen more than it does carbon dioxide though. ---- Plants, like animals, do have metabolisms by which energy is generated through the oxidation of sugar, which produces carbon dioxide. However, green plants consume much more carbon dioxide, in the process of photosynthesis, than they produce by means of their metabolism, and they produce much more oxygen than they consume.
Neither. Though naked mole rats are rodents, they are much more closely related to animals like guinea pigs and porcupines.
The freezing point of water decreases by about 1.86 degrees Celsius for each mole of solute (such as sugar) dissolved in 1 kg of water. So, the freezing point would decrease by 1.86 degrees Celsius for every mole of sugar added.
how much of co2 is released in by fossil fuels
Increasing the concentration of sugars in a solution, lead - by fermentation, to a greater release of carbon dioxide. - - - - - Given a perfect world, yes - yeast eats sugar, so if you give them more food they'll produce more CO2. But they can only eat so much, so if you've got a yeast shortage in your container of sugar water you're not going to get as much CO2 as you potentially could. You also need to look at the alcohol content of the solution. Yeast dies at 13 percent alcohol content, so if you were to try to increase the alcohol content of 10-percent alcohol content wine by adding yeast and sugar you won't get as much CO2 as if you tried this in a solution with no alcohol in it.
To calculate the amount of sugar in a punch in moles, you need to know the molecular mass of sugar (sucrose). Sucrose has a molecular mass of approximately 342.3 g/mol. Given the weight of sugar in the punch in grams, divide that weight by the molecular mass of sugar to get the amount of sugar in moles.
1/(6.02214 x 1023) = 1.66054*10-24 molesC-atoms= 1 C-atom