Home
Class 12
CHEMISTRY
When deep red PtF(6) vapour was mixed wi...

When deep red `PtF_(6)` vapour was mixed with `Xe` at room temperature to produce a yellow inoic solid .The product is

A

`Xe^(oplus)[PtF_(6)]^(Θ)`

B

`[XeF]^(oplus)][Pt_(2)F_(11)]^(Θ)`

C

Both (a) and (b)

D

None

Text Solution

Verified by Experts

The correct Answer is:
c
Promotional Banner

Topper's Solved these Questions

  • P-BLOCK GROUP 18 ELEMENTS - THE INERT GASES

    CENGAGE CHEMISTRY ENGLISH|Exercise Ex 5.1 (Subjective)|7 Videos

  • P-BLOCK GROUP 17 ELEMENTS - THE HALOGEN FAMILY

    CENGAGE CHEMISTRY ENGLISH|Exercise True/False (Subjective)|14 Videos

  • QUALITATIVE INORGANIC SALT ANALYSIS

    CENGAGE CHEMISTRY ENGLISH|Exercise Viva Voce Questions And Part-C (Analysis Of Cations)|42 Videos

Similar Questions

Explore conceptually related problems

The first compound of the noble gasees was made in 1962. Barlett and Lohman had previously used the highly oxidizing compound platium hexaflouride to oxidize dioxygen. O_(2)+PtF_(6) to O_(2)^(+)[PtF_(6)]^(-) The first ionization energy for O_(2) to O_(2) is 1165kJ*mol^(-1) , which is almost as the value of 1170kJ*mol^(-1) for Xe to Xe^(+) . It was predicated that xenon should react with PtF_(6) . Experimental showed that when deep of red PtF_(6) vapour was mixed with an equal volume of Xe the gases combined immediately at room temperature to produce a solid. Xe+PtF_(6) to Xe[PtF_(6)] Q. Noble gases are water insoluble, however decrease their insolubility in water decrease down the group due to increase in :

The first compound of the noble gasees was made in 1962. Barlett and Lohman had previously used the highly oxidizing compound platium hexaflouride to oxidize dioxygen. O_(2)+PtF_(6) to O_(2)^(+)[PtF_(6)]^(-) The first ionization energy for O_(2) to O_(2) is 1165kJ*mol^(-1) , which is almost as the value of 1170kJ*mol^(-1) for Xe to Xe^(+) . It was predicated that xenon should react with PtF_(6) . Experimental showed that when deep of red PtF_(6) vapour was mixed with an equal volume of Xe the gases combined immediately at room temperature to produce a solid. Xe+PtF_(6) to Xe[PtF_(6)] Q. Which of the following species is not having perfect octahedron structure?

The first compound of the noble gases was made in 1962. Barlett and Lohman had previously used the highly oxidizing compound platium hexaflouride to oxidize dioxygen. O_(2)+PtF_(6) to O_(2)^(+)[PtF_(6)]^(-) The first ionization energy for O_(2) to O_(2) is 1165kJ*mol^(-1) , which is almost as the value of 1170kJ*mol^(-1) for Xe to Xe^(+) . It was predicated that xenon should react with PtF_(6) . Experimental showed that when deep of red PtF_(6) vapour was mixed with an equal volume of Xe the gases combined immediately at room temperature to produce a solid. Xe+PtF_(6) to Xe[PtF_(6)] Q. Noble gases are water insoluble, however their insolubility in water decreases down the group due to increase in :

The first compound of the noble gasees was made in 1962. Barlett and Lohman had previously used the highly oxidizing compound platium hexaflouride to oxidize dioxygen. O_(2)+PtF_(6) to O_(2)^(+)[PtF_(6)]^(-) The first ionization energy for O_(2) to O_(2) is 1165kJ*mol^(-1) , which is almost as the value of 1170kJ*mol^(-1) for Xe to Xe^(+) . It was predicated that xenon should react with PtF_(6) . Experimental showed that when deep of red PtF_(6) vapour was mixed with an equal volume of Xe the gases combined immediately at room temperature to produce a solid. Xe+PtF_(6) to Xe[PtF_(6)] Q. Which of the following species is not having perfect octahedron structure?

The first compound of the noble gasees was made in 1962. Barlett and Lohman had previously used the highly oxidizing compound platium hexaflouride to oxidize dioxygen. O_(2)+PtF_(6) to O_(2)^(+)[PtF_(6)]^(-) The first ionization energy for O_(2) to O_(2) is 1165kJ*mol^(-1) , which is almost as the value of 1170kJ*mol^(-1) for Xe to Xe^(+) . It was predicated that xenon should react with PtF_(6) . Experimental showed that when deep of red PtF_(6) vapour was mixed with an equal volume of Xe the gases combined immediately at room temperature to produce a solid. Xe+PtF_(6) to Xe[PtF_(6)] Q. IUPAC name of first xenon-compounds synthesized by secientist Barlett is :

The pH of a sample of pure water is 7 at room temperature. What will be its pH when a pinch of solid baking soda is dissolved in it? Very near to 7 Less than 7 More than 7 Exactly 7

If vapour pressure of pure liquids 'a' % 'B' are 300 and 800 torr respectively at 25^(@)C . When these two liquids are mixed at this temperature to form a solution in which mole percentage of 'B' is 92 , then the total vapour pressure is observed to be 0.95 atm. Which of the following is true for this solution.

When a substance A reacts with water it produces a combustible gas B and a solution of substance C in water. When another substance D reacts with this solution of C, it also produces the same gas B on warming but D can produce gas B on reaction with dilute sulphuric acid at room temperature. A imparts a deep golden yellow colour a smokeless flame to Bunsen burner. A,B,C, and D respectively are :