4:42
21.13c | How to balance a nuclear equation: N-14 + He-4 → ? + H-1
The Glaser Tutoring CompanyA 5-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 21.13c of OpenStax Chemistry 2e step by step.
Science & Mathematics
785,248 videos · Physics, biology, chemistry, astronomy and the mathematics underneath them.
4:42
2:3417.1d | Identify the half-reaction either oxidation or reduction: Li+ + e− ⟶ Li
The Glaser Tutoring CompanyA 3-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 17.1d of OpenStax Chemistry 2e step by step.
12:15
Claisen Condensation Reactions | 21.6 Organic Chemistry
Chad's PrepA 12-minute chemistry video from Chad's Prep covering The Claisen Condensation Reaction, the section of OpenStax Organic Chemistry (McMurry) it is paired with.
16:1816.56b | Chlorine molecules dissociate according to this reaction: Cl2(g) → 2Cl(g) 1.00% of Cl2
The Glaser Tutoring CompanyA 16-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 16.56b of OpenStax Chemistry 2e step by step.
12:39
Sustitución (U) con una función exponencial
KhanAcademyEspañolA 13-minute math video from KhanAcademyEspañol covering Integrales con funciones exponenciales y logarítmicas, the section of OpenStax Calculus Volume 1 (Spanish edition) it is paired with.
3:1023.75 | What percentage of the final current 𝐼0 flows through an inductor 𝐿 in series with a
The Glaser Tutoring CompanyA 3-minute physics worked example from The Glaser Tutoring Company, solving exercise 23.75 of OpenStax College Physics 2e step by step.
3:3710.57d | How to determine the state of carbon dioxide at −40 °C and 500 kPa from a phase diagram
The Glaser Tutoring CompanyA 4-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 10.57d of OpenStax Chemistry 2e step by step.
12:5514.60a | Calculate the concentration of all solute species in 0.0092 M HClO
The Glaser Tutoring CompanyA 13-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 14.60a of OpenStax Chemistry 2e step by step.
4:577.99a | How to determine if CS2 has a dipole moment
The Glaser Tutoring CompanyA 5-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 7.99a of OpenStax Chemistry 2e step by step.
2:3024.23 | (a) What is the frequency of the 193-nm ultraviolet radiation used in laser eye surgery?
The Glaser Tutoring CompanyA 2-minute physics worked example from The Glaser Tutoring Company, solving exercise 24.23 of OpenStax College Physics 2e step by step.
12:1722.50 | The hot and neutral wires supplying DC power to a light-rail commuter train carry 800 A and
The Glaser Tutoring CompanyA 12-minute physics worked example from The Glaser Tutoring Company, solving exercise 22.50 of OpenStax College Physics 2e step by step.
7:2916.60a-b | The evaporation of one mole of water at 298 K has a standard free energy change of 8.58
The Glaser Tutoring CompanyA 7-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 16.60a-b of OpenStax Chemistry 2e step by step.
3:59
5 Steps to Help Solve any Free Body Diagram Problem
Flipping PhysicsA 4-minute physics video from Flipping Physics covering Problem-Solving Strategies, the section of OpenStax College Physics 2e it is paired with.
3:2410.69i | What type of crystalline solid does K3PO4 form?
The Glaser Tutoring CompanyA 3-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 10.69i of OpenStax Chemistry 2e step by step.
8:5614.66 | The pH of a 0.15-M solution of HSO4 − is 1.43. Determine Ka for HSO4 − from these data.
The Glaser Tutoring CompanyA 9-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 14.66 of OpenStax Chemistry 2e step by step.
5:3714.43f | Rank the compounds in order of increasing basicity: BrO−, BrO2−, BrO3−, BrO4−
The Glaser Tutoring CompanyA 6-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 14.43f of OpenStax Chemistry 2e step by step.
6:0814.72 | Which of the following concentrations would be practically equal in a calculation of the
The Glaser Tutoring CompanyA 6-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 14.72 of OpenStax Chemistry 2e step by step.
4:5417.50 | The ear canal resonates like a tube closed at one end. (See Figure 17.38.) If ear canals
The Glaser Tutoring CompanyA 5-minute physics worked example from The Glaser Tutoring Company, solving exercise 17.50 of OpenStax College Physics 2e step by step.
3:1321.1b | How to write the hyphenated form of 29 Al 13
The Glaser Tutoring CompanyA 3-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 21.1b of OpenStax Chemistry 2e step by step.
1:5622.35 | A DC power line for a light-rail system carries 1000 A at an angle of 30.0º to the Earth’s
The Glaser Tutoring CompanyA 2-minute physics worked example from The Glaser Tutoring Company, solving exercise 22.35 of OpenStax College Physics 2e step by step.
4:0914.7e | How to find the conjugate acid and conjugate base of HSO4−
The Glaser Tutoring CompanyA 4-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 14.7e of OpenStax Chemistry 2e step by step.
6:248.27d | How to find the hybridization of the central atom in Cl2SO
The Glaser Tutoring CompanyA 6-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 8.27d of OpenStax Chemistry 2e step by step.
3:1814.7a | How to find the conjugate acid and conjugate base of OH−
The Glaser Tutoring CompanyA 3-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 14.7a of OpenStax Chemistry 2e step by step.
2:1622.67 | Measurements affect the system being measured, such as the current loop in Figure 22.56.
The Glaser Tutoring CompanyA 2-minute physics worked example from The Glaser Tutoring Company, solving exercise 22.67 of OpenStax College Physics 2e step by step.
2:5922.18 | An electron in a TV CRT moves with a speed of 6.00×10^7 m/s , in a direction perpendicular
The Glaser Tutoring CompanyA 3-minute physics worked example from The Glaser Tutoring Company, solving exercise 22.18 of OpenStax College Physics 2e step by step.
4:2121.9e | How to determine if Pb-206 is a stable isotope
The Glaser Tutoring CompanyA 4-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 21.9e of OpenStax Chemistry 2e step by step.
5:3417.27b | Calculate a corresponding standard free energy change (kJ) from +0.434 V and n = 2
The Glaser Tutoring CompanyA 6-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 17.27b of OpenStax Chemistry 2e step by step.
3:0017.19 | An active (metal) electrode was found to lose mass as the oxidation-reduction reaction was
The Glaser Tutoring CompanyA 3-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 17.19 of OpenStax Chemistry 2e step by step.
2:49Halogenation of Alkynes | 9.6 Organic Chemistry
Chad's PrepA 3-minute chemistry video from Chad's Prep covering Reactions of Alkynes: Addition of HX and X2, the section of OpenStax Organic Chemistry (McMurry) it is paired with.
10:4314.5b | Determine Ka for hydrogen sulfate ion, HSO4 −. In a 0.10-M solution the acid is 29% ionized.
The Glaser Tutoring CompanyA 11-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 14.56 of OpenStax Chemistry 2e step by step.
3:1512.72b | How to write the rate law for the elementary reaction: O3 + Cl → O2 + ClO
The Glaser Tutoring CompanyA 3-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 12.72b of OpenStax Chemistry 2e step by step.
5:2422.73 | A pendulum is set up so that its bob (a thin copper disk) swings between the poles of a
The Glaser Tutoring CompanyA 5-minute physics worked example from The Glaser Tutoring Company, solving exercise 22.73 of OpenStax College Physics 2e step by step.
2:2223.57 | The 4.00 A current through a 7.50 mH inductor is switched off in 8.33 ms. What is the emf
The Glaser Tutoring CompanyA 2-minute physics worked example from The Glaser Tutoring Company, solving exercise 23.57 of OpenStax College Physics 2e step by step.
4:3623.96 | To receive AM radio, you want an RLC circuit that can be made to resonate at any frequency
The Glaser Tutoring CompanyA 5-minute physics worked example from The Glaser Tutoring Company, solving exercise 23.96 of OpenStax College Physics 2e step by step.
1:4216.32 | At what rate will a pendulum clock run on the Moon, where the acceleration due to gravity is
The Glaser Tutoring CompanyA 2-minute physics worked example from The Glaser Tutoring Company, solving exercise 16.32 of OpenStax College Physics 2e step by step.
7:0112.78a | Explain why chlorine atoms are catalysts in the gas-phase transformation: 2O3 → 3O2
The Glaser Tutoring CompanyA 7-minute chemistry worked example from The Glaser Tutoring Company, solving exercise 12.78a of OpenStax Chemistry 2e step by step.
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