Hydrocarbons

If it's a V6 Contour, then you should be able to haul the tank as far as the gas in your gas tank will carry you, about 275-350 mile. The problem is that in most states, it is illegal to transport compressed fuel tanks inside an automobile, now, not many people follow this law, but it had to be said.

As to the obvious question of how long can a Ford Contour run on a tank of propane, using the propane as the fuel, this depends on many variables. Such as;

Engine style (I4 vs V6)

Transmission (Auto vs Manual)

Terrain

Tank size (how many cubic feet.)

How long if at will the engine last running a fuel it was not meant to burn.

Without this info, and 3-6 months of engineering, you can't hope to get real numbers.

Prices for Blue Rhino propane tanks vary depending on location and size. On average, a 15-pound tank can cost around $20 to $25, while a 20-pound tank can cost around $30 to $35. It's recommended to check with local retailers or online for the most up-to-date prices.

The Great Schism of 1054 was a pivotal moment in religious history , as

it saw the permanent break between the Eastern Orthodox and Western

Roman Catholic churches . It was the result of a long period of

estrangement between the two churches .

There were several reasons for the break between the two churches , but

the primary ones were the following : disputes over papal authority - the

Roman pope claimed he had authority over the four Eastern patriarchs ,

while the four patriarchs claimed that the pope 's power was only

honorary and therefore , he only had authority over Western Christendom -

and disputes over the filioque clause into the Nicene creed - the

Eastern churches included the Latin version of the phrase ``and the

son ' in the Nicene creed , while the Western churches left it out .

There were also political aspects at play , the most important being the

issue of power . For the popes and for the patriarchs , it was well

understood that whoever had religious dominance would also have

political dominance as well . Therefore , it was important for either side

to assert their precedence over the other , as this would prove the power

of one over the other .

Ultimately , the two churches have never truly reunited . While several

attempts have been made , none have been completely successful . Each side

maintains the belief that it is the one holy and apostolic Church , thus

implying that the other is not the true church . This debate of what the

true church is will continue to exist as long as people choose to pick

and choose what they want to accept in regards to the teachings of the

Bible...

Vert. Tank is 30x 54, skwat tank is 36x 44 and the horizontal tank is 30 D x 36 H x 8' L

Primary standard is a chemical entity available with highest purity and stability with high molecular weight. e.g. KHP, NaCl, Calcium salt used in standardisation of volumetric solution.

Secondary standards are compounds used in analysis after evaluation against primary standards. e.g.- NaOH VS, Sodium thiosulphate VS

Ethanol and dimethyl ether have different chemical properties because they have different structures—ethanol has an -OH group, while dimethyl ether has an -O-CH3 group. This leads to differences in their intermolecular forces and reactivity. Similarly, their physical properties differ due to variations in boiling points, densities, solubilities, and other characteristics influenced by their molecular structures.

The conversion of an alkene to an alkane is a reduction process. This is because the addition of hydrogen (H2) to the carbon-carbon double bond results in the reduction of the carbon-carbon double bond to a single bond, leading to an increase in the number of carbon-hydrogen bonds in the molecule.

Petrol typically consists of hydrocarbons with a chain length of about 5-10 carbon atoms. These are considered medium-length hydrocarbons, rather than short-chain hydrocarbons which usually have 1-4 carbon atoms.

The strongest intermolecular attraction in ethane is London dispersion forces. These forces are caused by temporary fluctuations in electron distribution, leading to temporary dipoles in neighboring molecules.

Oxygen can be separated from methane through a process called fractional distillation. The mixture of oxygen and methane is cooled to extremely low temperatures, causing them to condense into liquids. Since oxygen has a lower boiling point than methane, it can be separated by evaporating off the methane first.

First we have to assume...

We assume as follows:

- methane is non-liquefied

- methane is pure

- methane is at NTP (normal temperature and pressure)

Then the facts:

- I am calculating at SI-units or their derivatives

- 2800 cu.ft. is approx. 79,3 cubic meters

- energy content of methane is 9.9 kWh/m3

- that gives us energy of 785,07 kWh

We are comparing this energy to a flat of 50m2, heated by district heating. So, no methane is used for heating.

On average, flat of 50m2 consumes 3600 kWh per year, so 2800 cu.ft. is enough to cover energy need of this flat for 2.6 months. NB! No heating is calculated here, see above.

So, one cubic meter of methane (35,3 cu.ft) can be compared roughly to 1 liter of gasoil (diesel) for energy content.

The statement "methane as a gas that easily catches fire" means that methane is highly flammable and can ignite easily when exposed to a flame or spark. This characteristic makes it a significant fire hazard if not handled properly, as it can lead to explosions or fires.

Propane and water, are both examples of Compounds.

At ordinary atmospheric pressures propane is in the gas phase at 0C.

CH4

Methane consists of separate CH4 molecules that can move freely and are only weakly attracted to one another. Diamond consists of a covalent network in which each carbon atom is strongly bonded to its neighbors.

The equation is 2C4H10 + 13O2 --> 8CO2 + 10H2O

This means that for each mole of butane there are 5 moles of water produced.

We have 7.01 g of butane = 7.01/58 moles of butane = 0.12 moles.

Thus we will get 5 x 0.12 moles of water, = 5 x 0.12 x 18 g of water

= 10.88 g.

The Universe's original material - after the Big Bang - was mainly hydrogen and helium. There were no significant amounts of heavier elements - those were created through nuclear fusion in stars.

Methane hydrates are trapped in ice crystals under the seafloor and deep within permafrost on land, making extraction challenging and expensive. The process involves drilling, heating, and depressurizing to release methane, which also poses environmental risks such as methane leakage and seabed instability. Due to the complex and costly extraction methods, methane hydrates are not currently a viable commercial energy source.

Yes it is a fossil fuel.

Water gas (a mixture of carbon monoxide and hydrogen produced by passing steam over hot carbon) has a lower thermal energy content compared to methane. Methane produces more heat energy per unit volume when burned due to its higher carbon-hydrogen ratio and higher calorific value.

Pyridine will add to carbon 3 in electrophilic reactions, such as Bromine addition. However in a nucleophilic reaction, such as seen in the Chichibabin reaction, carbon #2 and #4 are substituted such as if NH2 - attacked. Draw out the resonance forms and you will see this, or consult any Organic text under heterocyclic Chemistry.In a C3 attack, the electrophile will destabilize the C2 and C4 position, to a great extent since N lacks an octet in one of these resonance forms.In a nucleophilic addition, addition at C2 or C4 allows the negative charge to be shared by Nitrogen thus is preferred to the C3 attack. Hope that helps. Dr Jim Romano CEO Romano Scientific CEO Orgoman.com Class of 1991 NYU

The balanced chemical equation for the combustion of acetylene (C2H2) is 2C2H2 + 5O2 -> 4CO2 + 2H2O. From the equation, for every 2 moles of acetylene combusted, 4 moles of CO2 and 2 moles of H2O are produced. Since the molar mass of acetylene is 26 g/mol, 100 g of acetylene is equivalent to 100/26 = 3.85 moles. Therefore, 3.85 moles of acetylene combustion would produce 7.7 moles of CO2 and 3.85 moles of H2O.

In a reaction between an alkene and an alkane, the alkene undergoes an addition reaction to form a saturated hydrocarbon. This typically involves breaking the double bond in the alkene and adding atoms or groups across the former double bond to the alkane. The result is a single, saturated hydrocarbon compound.

Alkenes, or hydrocarbons with at least one double bond undergo an addition reaction when combined with bromine (Br2). The general reaction is H2C=CH2 --> H2BrC--CBrH2, and it occurs readily. This reaction is a good way to identify alkenes because bromine has a reddish color, while alkanes and alkenes are colorless. So if bromine is added to an unknown hydrocarbon, the disappearance of the color is an indication of the presence of a pi bond.