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mixas84 [53]
2 years ago
14

Desperate pldease hurry Why aren’t fuel-cell vehicles widely available yet?

Chemistry
2 answers:
Vaselesa [24]2 years ago
6 0

Answer:

There's virtually no pure hydrogen on Earth because it's so reactive. Most hydrogen is made from methane [natural gas] in a process that produces carbon dioxide and other greenhouse gases. Hydrogen can also be made from water using electrolysis, but that requires electrical energy.

Explanation:

ahrayia [7]2 years ago
3 0

Answer:For one thing, hydrogen gas or fuel is really expensive compared to present diesel and gasoline. There's no point in actually investing in them since economy will not improve otherwise. Gasoline stations will also have to adjust to how tricky hydrogen gas will be to support and store with ease. It's dangerous also to the driver, passengers and our environment.

Explanation:The simple, immediate answer is: Because the public hasn't shown

any interest in it yet.

That's why nobody is manufacturing and selling them yet ... there is

no line out the door and around the block of buyers with fists full of cash

looking for hydrogen fuel-cell cars.

To find what you're actually asking for, we have to look one layer deeper.

WHY is there no market for such a car yet ?

-- If you want it, then they build it. But they will be built in small numbers,

so they'll be expensive for quite a while.

-- The fuel distribution infrastructure doesn't exist. In high school English,

that means that if you drove one of these, you'd always need to plan your

moves carefully and in advance, because there are hardly ANY hydrogen

filling stations yet. There's NO place in the USA yet where you'll see four

hydrogen stations on the same corner, all competing for your business and

all making a decent living.

-- There's also no fuel manufacturing infrastructure ... no hydrogen

refineries, where the stuff would come from IF a thousand filling stations

sprang up tomorrow. So the stuff will become available little-by-little, and

when it begins to appear, you'll need to be really really committed to the

idea of the fuel-cell car that you just bought, because the price of the

fuel will be astronomical for a long time.

-- The existing big "energy" companies ... the ones with names that

everybody recognizes right away, that rhyme with DT, Loyal Clutch Smell,

DrexonFrobil, Howdy Salamco, Levron, MonacoPhllipo ... as well as the

several WHOLE COUNTRIES that make their living from the Billion$ and

Ten$ of Billion$ that they've plowed into finding, drilling, pumping, pipelining,

and refining petroleum, and then delivering, pumping and selling gasoline at

the thousands of filling stations ... those guys are not exactly encouraging the

world to go after a new fangled idea that'll eventually put oil out of business.

When the population of the world basically rises up and demands hydrogen fuel-cell cars, loudly enough so that the big oil guys can't resist it any longer without looking like crooks, THAT's when they'll do the big turnaround, start

insisting that the fuel cell is the best thing for us since fruit, and that it was

really their idea all the time.

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The value of Kc for the reaction between water vapor and dichlorine monoxide, H2O(g) 1 Cl2O(g) 4 2 HOCl(g) is 0.0900 at 25°C. De
max2010maxim [7]

Answer:

[HOCl] = 0.001 127 mol·L⁻¹; [H₂O] = [Cl₂O] = 0.003 76 mol·L⁻¹

Explanation:

The balanced equation is

H₂O + Cl₂O ⇌ 2HOCl

Data:

     Kc = 0.0900

[H₂O] = 0.004 32 mol·L⁻¹

[Cl₂O] = 0.004 32 mol

1. Set up an ICE table.

\begin{array}{ccccccc}\rm \text{H$_{2}$O}& + & \text{Cl$_{2}$O} & \, \rightleftharpoons \, & \text{2HOCl} & & \\0.00432 & & 0.00432 & & 0 & & \\-x &&-x&&+2x&&\\0.00432-x &&0.00432 - x& & 2x&&\\\end{array}

2. Calculate the equilibrium concentrations

K_{\text{c}} = \dfrac{\text{[HOCl]$^{2}$}}{\text{[H$_{2}$O][Cl$_2$O]}} = \dfrac{(2x)^{2}}{(0.00432 - x)^{2}} = 0.0900\\\\\begin{array}{rcl}\dfrac{4x^{2}}{(0.00432 - x)^{2}} &=& 0.0900\\ \dfrac{2x }{0.00432 - x} & = & 0.300\\2x & = & 0.300(0.00432 - x)\\2x & = & 0.001296 - 0.300x\\2.300x & = & 0.001296\\x & = & \mathbf{5.63\times 10^{-4}}\\\end{array}

[HOCl] = 2x mol·L⁻¹ = 2 × 5.63 × 10⁻⁴ mol·L⁻¹ =0.001 127 mol·L⁻¹

[H₂O] = [Cl₂O] = (0.004 32 - 0.000 563) mol·L⁻¹ = 0.003 76 mol·L⁻¹

Check:

\begin{array}{rcl}\dfrac{0.001127^{2}}{0.00376^{2}} & = & 0.0900\\\\\dfrac{1.270 \times 10^{-6}}{1.411 \times 10^{-5}} & = & 0.0900\\0.0900 & = & 0.0900\\\end{array}

OK.

7 0
3 years ago
What is the difference between atoms and molecules?
Vera_Pavlovna [14]

The correct answer is:

~Difference between atoms and molecules is that when similar atoms combine together in varying numbers, molecules of different properties can be formed.

Hope this helps!!!

7 0
4 years ago
Using a chemical equation to find moles of product from moles...
kaheart [24]

Answer: 0.600 moles

Balanced eqn for decomposition of the rocket fuel:

2 NH4ClO4 (s) ----> N2 (g) + Cl2 (g) + 2 O2 (g) + 4 H2O (g)

Since, 2 moles of NH4ClO4 produces 2 moles of O2 gas, this means that 0.6 moles of NH4ClO4 will produce 0.6 moles of O2 gas

7 0
2 years ago
Molecular weight of PbCl2 = 278 g/mole Mass of beaker + PbCl2 = 62.19 g Mass of beaker = 57.77 g Mass of PbCl2 per 100 mL = g Mo
levacccp [35]
PbCl2--->Pb2+  +  2Cl-

The  mass   of  PbCl2   is   =mass   of  the  beaker+Pbcl2  minus   mass  of  the  beaker
that  is  62.19-57.77g=  4.42grams

moles  of PbCl2=  4.42g/278g/m0l = 0.0159moles

concentration  of  (Pb2+)
since  mole  ratio  of  PbCl2  to  Pb2+  is   1:1  therefore  the  moles  of  Pb2+  is  also  0.0159moles
concentration  =0.0159/100 x1000=0.159M

concentration  of  CI-  is  two  time  that  of  Pb2+  from  the  equation  above  therefore  concentration   of  Cl-  =  0.159 x2  =0.318M
7 0
3 years ago
an advertisement for a commercial hand warmer claims that the hand warmer works because a chemical reaction in the hand warmer d
yaroslaw [1]

"An advertisement for a commercial hand warmer claims that the hand warmer works because a chemical reaction in the hand warmer draws out the body’s own natural heat causing a warming effect"

Explanation:

Hand warmer

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  • Niichi Matoba, the Japanese inventor created the first commercially manufactured hand warmer.
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        A) Crystalline type

        B) Air activated

        C) Lighter

        D) Battery

        E) Charcoal

  • The chemicals produce heat from oxidizing iron into rust or iron oxide in the pockets. Each packet contains cellulose, iron, vermiculite activated carbon, water and salt. Hand warmer produces heat for 1 to 10 hrs.
  • Releases heat in the crystallization process. Exothermic reaction to release heat in the chemical hand warmer. The hand warmer lasts only for 20 minutes to 2 hrs.it Is reusable. Supersaturated solution of sodium acetate in water is the common chemical used in this product.
  • These temperature reach up to 163 degrees Fahrenheit.  

6 0
3 years ago
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