4.Magnetic property Ir°: (Xe) 6s² 4f14 5d7 [Ir(NO2)613- [IrBr3- 5. Both [Ni(CN)4]2- and Pt(CN)4]²- were reacted with KCI [NiCl4]2- [PtCl4]2- Ni(CN)4]2- is labile while Pt(CN)4]²¯ is inert Greater than Less Than At the same instant Equal Cannot be Determined Body-centred cubic lattice Face-centred Packing efficiency in metals cubic lattice
4.Magnetic property Ir°: (Xe) 6s² 4f14 5d7 [Ir(NO2)613- [IrBr3- 5. Both [Ni(CN)4]2- and Pt(CN)4]²- were reacted with KCI [NiCl4]2- [PtCl4]2- Ni(CN)4]2- is labile while Pt(CN)4]²¯ is inert Greater than Less Than At the same instant Equal Cannot be Determined Body-centred cubic lattice Face-centred Packing efficiency in metals cubic lattice
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please answer the last 7 please. I got the answer to the first 3
![Condition
Column I
Answer
Column II
1. Coordination number
[NİCI,(CN)2]2-
[Ni(C204)2(CO)2]2-
0.1 M
0.1 M
2. Molar conductance
[COB12(en)2]2SO4
K3[CoBr2(SO4)2]
3. number of t2g
electrons
Rh°: (Kr) 5s² 4d7
Ru°: (Kr) 5s² 4d6
[RuCl,]3-
[RhCl4]2-
4.Magnetic property
[Ir(NO2)613-
[IrBrg3-
Ir°: (Xe) 6s² 4f14 5d7
5. Both [Ni(CN)4]²- and
[Pt(CN)4]2- were reacted with
KCI
[NIC,12-
[PtCl4]2-
[Ni(CN)4]2- is labile while
[Pt(CN)4]²- is inert
Greater than
Less Than
At the same instant
Equal
Cannot be Determined
Body-centred
cubic lattice
Face-centred
Packing efficiency in metals
cubic lattice
Interplanar distance for
|(220)
(101)
crystalline solid Y
For a given crystal where the
e for d111 when
A = 150 pm
0 for d111 when A
order of reflection n = 3
= 75 pm
(O = angle of incidence)
Face-centred
Primitive cubic
Density at 25°C
cubic lattice
lattice
For a given body-centred
la for d200
266.7 pm
a for d222 = 154.0
cubic cell
pm
(a = dimension of the unit cell)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F96fdf8aa-c460-45bb-b537-d7e5cd5f668f%2F7ac5d924-4405-4b8b-acf3-3e73d04a8cab%2F99giyqr_processed.png&w=3840&q=75)
Transcribed Image Text:Condition
Column I
Answer
Column II
1. Coordination number
[NİCI,(CN)2]2-
[Ni(C204)2(CO)2]2-
0.1 M
0.1 M
2. Molar conductance
[COB12(en)2]2SO4
K3[CoBr2(SO4)2]
3. number of t2g
electrons
Rh°: (Kr) 5s² 4d7
Ru°: (Kr) 5s² 4d6
[RuCl,]3-
[RhCl4]2-
4.Magnetic property
[Ir(NO2)613-
[IrBrg3-
Ir°: (Xe) 6s² 4f14 5d7
5. Both [Ni(CN)4]²- and
[Pt(CN)4]2- were reacted with
KCI
[NIC,12-
[PtCl4]2-
[Ni(CN)4]2- is labile while
[Pt(CN)4]²- is inert
Greater than
Less Than
At the same instant
Equal
Cannot be Determined
Body-centred
cubic lattice
Face-centred
Packing efficiency in metals
cubic lattice
Interplanar distance for
|(220)
(101)
crystalline solid Y
For a given crystal where the
e for d111 when
A = 150 pm
0 for d111 when A
order of reflection n = 3
= 75 pm
(O = angle of incidence)
Face-centred
Primitive cubic
Density at 25°C
cubic lattice
lattice
For a given body-centred
la for d200
266.7 pm
a for d222 = 154.0
cubic cell
pm
(a = dimension of the unit cell)
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