Vipin Singh

University of Waterloo
Researcher

Biography

I am a graduate researcher here at the Univeristy of Waterloo, Canada. My thesis project is based on the electrolyte design for lithium Sulfur solid state batteries. I love spending most of my time in lab, trying to build better batteries for the green future. Outside the lab, I enjoy teaching, hiking and cooking.

Education

Phd Chemistry
University of Waterloo

Educator Statistics

Numerade tutor for 4 years
149 Students Helped

Topics Covered

Unlocking the Power of Thermodynamics: A Comprehensive Guide
Addition reactions of alkenes
Mastering the Structure and Synthesis of Alkenes: A Comprehensive Guide
Conjugated pi systems
Conjugated Systems & UV Spectroscopy: Orbital Symmetry Explained
Condensations and Alpha Substitutions of Carbonyl Compounds Explained
Alpha carbon chemistry
Understanding Chemical Equilibrium: A Comprehensive Guide
Discover the Wonders of Chemistry: Your Introductory Guide
Atoms, Molecules, and Ions: Understanding the Building Blocks of Matter
Discover the Power of Solids for Your Everyday Needs

Vipin's Textbook Answer Videos

0:00
Inorganic Chemistry

Determine the point groups of the following unit cells:
a. Face-centered cubic
b. Body-centered tetragonal
c. $\mathrm{CsCl} \text { (Figure } 7.7)$
d. Diamond (Figure $7.6)$
e. Nickel arsenide (Figure 7.10 )

Chapter 7: The Crystalline Solid State
Vipin Singh
0:00
Inorganic Chemistry

Show that atoms occupy only $52.4 \%$ of the total volume in a primitive cubic structure in which all the atoms are identical.

Chapter 7: The Crystalline Solid State
Vipin Singh
0:00
Inorganic Chemistry

a. Show that spheres occupy $74.0 \%$ of the total volume in a face-centered cubic structure in which all atoms are identical.
b. What percent of the total volume is occupied by spheres in a body-centered cube in which all atoms are identical?

Chapter 7: The Crystalline Solid State
Vipin Singh
0:00
Inorganic Chemistry

Using the diagrams of unit cells shown below, count the number of atoms at each type of position (corner, edge, face, internal) and each atom's fraction in the unit cell to determine the formulas $\left(\mathrm{M}_{m} \mathrm{X}_{n}\right)$ of the compounds represented. Open circles represent cations, and closed circles represent anions.

Chapter 7: The Crystalline Solid State
Vipin Singh
0:00
Inorganic Chemistry

LiBr has a density of $3.464 \mathrm{g} / \mathrm{cm}^{3}$ and the NaCl crystal structure. Calculate the interionic distance, and compare your answer with the value from the sum of the ionic radii found in Appendix B-1.

Chapter 7: The Crystalline Solid State
Vipin Singh
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Vipin's Quick Ask Videos

02:58
Chemistry 101

Draw the structures of the following complexes/coordination
compounds. If applicable, draw their stereoisomers. (10 pt)
a) [Ir(H2O)2Cl2] b)
[Ir(H2O)4Cl2]+2

Vipin Singh
03:53
Chemistry 101

Draw the Lewis structures. Use VSEPR theory to predict the probable geometric structures of the molecules. Find the oxidation state of the Xe atom for each molecule.
(a) XeO2F2
(b) XeO3F2
(c) XeF4O

Vipin Singh
03:25
Chemistry 101

Consider a battery with the overall reaction: Cu(s) + 2Ag+(aq) → 2Ag(s) + Cu2+(aq).
Cu2+ + 2e- → Cu(s) Eo(V) = +0.34
Ag+ + e- → Ag(s) Eo(V) = +0.7996
Would you design a battery using this reaction: Cu(s) + 2Ag+(aq) → 2Ag(s) + Cu2+(aq)?

Group of answer choices:
Yes, this is a possible design. The voltage is 0.46 V (positive) which means the reaction is spontaneous.
Yes, this is a possible design. The voltage is -0.46 V (negative) which means the reaction is spontaneous.

Vipin Singh
01:17
Chemistry 101

The lattice energy of some ionic
compound is 763 kJ/mol and the hydration energy is
–745.7 kJ/mol. What is the energy of solution of this ionic
compound?

Vipin Singh
02:02
Chemistry 101

Draw the structure of the complex [Cr(CO)3(H2O)3]Cl3. If isomers are present, draw structures of all isomers and state the type of isomerism present.

Vipin Singh
01:03
Chemistry 101

Using the data, calculate ΔSfus and ΔSvap for Li.

Metal
Tm (K)
ΔHfus (kJ/mol)
Tb (K)
ΔHvap (kJ/mol)
Li
454
2.99
1615
134.7
Na
371
2.60
1156
89.6
K
336
2.33
1033
77.1
Rb
312
2.34
956
69
Cs
302
2.10
942
66

Vipin Singh
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