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mihalych1998 [28]
3 years ago
7

Which of these is something whose construction MOST LIKELY would be determined by the government? A) An airport B) A golf club C

) A shopping mall D) An office building
Chemistry
2 answers:
Amiraneli [1.4K]3 years ago
8 0

Answer:

I would say an airport

Explanation:

why because it is ran by the government

tester [92]3 years ago
5 0

Answer:I think that the answer is A. i hope this helped u :)

Explanation:

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Treatment of (S)-( )-5-methyl-2-cyclohexenone with lithium dimethylcuprate gives, after protonolysis, a good yield of a mixture
tekilochka [14]

Answer:

use google and use the first link

Explanation:

6 0
3 years ago
The fire wood sends heat out in all directions. Warmed smoke filed air goes up the chimney. The outside of the metal fireplace g
maxonik [38]

Answer:

Convection

Explanation:

Convection is a mode of heat transfer that involves the actual movement of particles. In this case the particles are air particles.

Since hot air is less dense, it is pushed up by the denser cool air. This process may continue indefinitely and a convection current is set up.

5 0
3 years ago
The diffusion flux is defined as: a) Mass, per unit surface area, per unit time b) Surface area, per unit time c) Time, per unit
s2008m [1.1K]

Answer:

The correct answer is option a.

Explanation:

Diffusion flux is defined as movement of mas of atoms diffusing through the unit area in per unit time.It measured in (kg/m^2 s).

J=\frac{1}{A}\frac{dM}{dt}

J = diffusion flux

A = Unit area A through which atoms moves.

M = mass of atoms passes in t interval of time.

6 0
4 years ago
Which substance in each of the following pairs would you expect to have the higher boiling point? Explain why.
satela [25.4K]

Explanation:

Boiling point is defined as the temperature when the vapor pressure of liquid becomes equal to the atmospheric pressure surrounding the liquid. And, during this temperature liquid state of substance changes into vapor state.

More stronger is the presence of intermolecular forces within the molecules of a compound more heat is required by it to break the bond. Hence, boiling point will also increase.

(a)  As both Ne and Xe are noble gases and has intermolecular dispersion forces. But as the atomic size of Xe is more than the atomic size of Ne and we know that dispersion forces increases with increase in size.

Hence, boiling point of Xe will be more than the boiling point of Ne.

(b)   Both CO_{2} and CS_{2} are non-polar in nature with intermolecular dispersion forces. So, more is the molecular weight of a compound more heat will be required by it in order to break the bonds.

As molecular weight of CS_{2} is more than the molecular weight of CO_{2}. Hence, CS_{2}  will have high boiling point.

(c)  Molecular weight of CH_{4} is 16 g/mol and molecular weight of Cl_{2} is 35 g/mol.

Hence, Cl_{2} will have high boiling point due to the presence of high molecular weight as compared to CH_{4} and more strong dispersion forces.

(d) F_{2} is a covalent compound so, it will also be non-polar in nature. Hence, it has weak intermolecular dispersion forces. On the other hand, LiF is an ionic compound and it has strong intermolecular forces of attraction due to the presence of opposite charges on the combining atoms.

Hence, LiF will have high boiling point as compared to F_{2}.

(e)  Both NH_{3} and PH_{3} are polar molecules in which dipole-dipole forces does exist. Since, nitrogen atom is more electronegative than phosphorous atom so, it will have stronger hydrogen bonding and strong intermolecular forces.

Hence, NH_{3} will have high boiling point as compared to PH_{3}.

8 0
3 years ago
If a balloon is expanded from 0.055 l to 1.403 l against an external pressure of 1.02 atm, how many l⋅atm of work is done?
Ahat [919]
Work for a irreversible reaction, in thermodynamics, is calculated by multiplying the external pressure with the change in volume. Therefore,

Work = P ( V2 - V1 )
Work = 1.02 (1.403 - 0.055)
Work = 1.375 L-atm

Hope this answers the question. Have a nice day.
8 0
3 years ago
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