Carbon dioxide, which is recognized as the major contributor to global warming as a "greenhouse gas," is formed when fossil fuels are combusted, as in electrical power plants fueled by coal, oil, or natural gas. one potential way to reduce the amount of co2 added to the atmosphere is to store it as a compressed gas in underground formations. consider a 1000-megawatt coal-fired power plant that produces about 6×106 tons of co2 per year. part a assuming ideal gas behavior, 1.00 atm, and 37 ∘c, calculate the volume of co2 produced by this power plant.

The volume of CO₂ produced by this power plant is 3,466x10¹²L

Explanation:

To obtain the volume of CO₂ produced you must use ideal gas law:

V = nRT/P

Where n are moles, R is gas constant (0,082atmL/molK), T is temperature and P is pressure (1,00atm)

The moles of CO₂ are:

6x10⁶ tons CO₂× × = 1,363x10¹¹ moles of CO₂

Temperature in Kelvin is:

37°C + 273,15 = 310,15 K

Thus, the volume of CO₂ produced by this power plant is:

V = 3,466x10¹²L

I hope it helps!

Explanation:

Let us assume that pressure is 1 atm and temperature is .

Now, according to the ideal gas PV = nRT. Hence, number of moles will be calculated as follows.

             n =

                =

                = mol

Also, convert temperature into kelvin as follows.

                  (273 + 37) K

                   = 310 K

Hence, calculate the volume as follows.

                   PV = nRT

                     V =

                         = L

Thus, we can conclude that volume of carbon dioxide produced by this power plant is L.

the enthalpy of formation of water is given as -285.8kj/mol, which states that the enthalpy of formation is negative.

negative enthalpy of formation indicates that the heat is released during the reaction process. the heat is released from reaction to the surroundings the enthalpy is expressed with a negative sign with the energy given out in the reaction process.

the formation of water takes place by giving out heat which is -285.8 kj/mol.

ca has a crystalline lattice with positive ions (since it is a metal, metals are positively charged) and electrons flow freely in its structure since the ca atoms have a large nuclear radius so the electrons are not tightly held, therefore the electrons can flow freely since they are not being highly attracted by the nucleus. moreover, one of the properties of metals are that they are conductors of electricity, thus proving ca is the element.