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Gemiola [76]
2 years ago
5

Consider the complex ion [CO(NH3)6]3+. Which response contains all of the following statements that are true, and no false state

ments?
I. It is paramagnetic.
II. It is a high spin complex.
III. It is a low spin complex.
IV. It has octahedral geometry.
V. It does not exist as geometric isomers.

a. III, IV, and V
b. II, IV, and V
c. land II
d. land IV
e. III and IV
Chemistry
1 answer:
Alja [10]2 years ago
8 0

Answer:

III, IV, and V

Explanation:

The complex [CO(NH3)6]3+ is a diamagnetic complex. It a low spin d^6 complex. Most d^6 complexes are low spin due to the higher crystal field stabilization energy of the low spin over the high spin arrangement.

d^6 metal complexes are known to be octahedral (a coordination number of 6 leads to octahedral geometry). Octahedral complexes does not have geometric isomers rather, may exist as the fac or her stereo isomers.

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Answer:

19,26 kJ

Explanation:

The work done when a gas expand with a constant atmospheric pressure is:

W = PΔV

Where P is pressure and ΔV is the change in volume of gas.

Assuming the initial volume is 0, the reaction of 500g of Zn with H⁺ (Zn(s) + 2H⁺(aq) → Zn²⁺(aq) + H₂(g)) produce:

500,0g Zn(s)×\frac{1molZn}{65,38g}×\frac{1molH_{2}(g)}{1molZn} = 7,648 moles of H₂

At 1,00atm and 303,15K (30°C), the volume of these moles of gas is:

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V = 190,1L

That means that ΔV is:

190,1L - 0L = <em>190,1L</em>

And the work done is:

W = 1atm×190,1L = 190,1atmL.

In joules:

190,1 atmL×\frac{101,325}{1atmL} = <em>19,26 kJ</em>

I hope it helps!

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A vessel contains Ar(g) at a high pressure. Which of the following statements best helps to explain why the measured pressure is
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Answer:

4. The combined volume of the Ar atoms is too large to be negligible compared with the total volume of the container.

Explanation:

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However, the volume occupied by the gas molecules must be taken into account. Each <u>molecule does occupy a finite, although small, intrinsic volume.</u>

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Determine the total number of moles of ions in 40.0 ml of a 0.345 m solution of the strong electrolyte mgcl2
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A strong electrolyte like MgCl2 dissociates completely as per the following reaction:

MgCl_2 ----\ \textgreater \   Mg^{2+} + 2Cl^-

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