as you know by now the typical steps to balancing a redox reaction don't work well. (1) identify the oxidiation states of every atom (2) determine which atoms are oxidized and which are reduced (3) write half reactions (including e's) ...
How do you identify a catalyst in a chemical reaction? How do you know when a chemical reaction is complete? Is electrolysis a chemical reaction? Are all chemical reactions redox? How to balance oxidation reduction reactions How is the rate of a chemical reaction expressed?
To identify the hydrogen trapping sites, the hydrogen desorption spectra were deconvoluted into four peaks, as shown in Fig. 2d for the ramping rate of 1000 °C/h. The activation energies of the individual peaks were determined to be 4.32 ± 0.31, 15.15 ± 4.10, 59.14 ±...
Explain the Redox reactions when aluminium is extracted from its ore bauxite. Identify the substance being analysed and the reagent(s) used to detect redox changes. Write overall equation to clearly s What is a good way to memorise all of the periodic table?
To determine how many significant figures should be present in the answer of the calculation (2.5×1.25×3.5)/(2.01), we will follow these steps: Step 1: Identify the significant figures in each number1. 2.5: This number has 2 significant figures (the digits 2 and 5).2. 1.25: This num...
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Write the equation for the reaction of nitric acid (from acid rain) with nickel to form nickel (II) nitrate and a gaseous product. Express your answer as a chemical equation. Identify all of the phas Write the neutralization equation for the reaction of sulfuric acid and...
Forgas-liquid reactions, the gas will preferably be small bubbles within the liquid, offering good mass transport. The gas will take up a certain reactor volume and the liquid should occupy the remainder. Knowing the volume fraction makes it possible to identify the residence times of the two ...
Identify reactions within glycolysis and the citric acid cycle that produce ATP via substrate level phosphorylation. Define substrate-level phosphorylation (SLP), stating what is the amount of kinetic energy required to produce one molecule of ATP by SLP. ...
If you can identify the HOMO and LUMO of a molecule, you’ve identified the most reactive components. The HOMO will be where the electrons are donated FROM (the nucleophile) , and the LUMO is where electrons will be accepted TO (the electrophile). It’s difficult to generalize at this ...