Essential amino acid

Introduction Acid-base titrations are used to calculate properties of an acid or a base by titrating them with a strong Acid or base. In a titration, certain amount of volume of one substance usually a strong acid or base, a titrant, is added to another substance, an acid or base of some kind, until a change in properties are observed. Strong acids and bases are used because they allow the neutralization reaction between the acid and base into salt to go to completion. By titrating an unknown…

every much play nice when I must. Working alone is when I am at my best. It is probably the reason why I prefer statistics to anything that had to do with people. I means that’s I’m pure and completely myself. It is okay for me to be as bitter and acid as I was designed to be. It also means that I am at my strongest. I am at my strongest emotional and mental state. This does not mean that being around people of lesser pHs weaken me. It just means that my friends that are bases can calm me. What…

The Effect of pH levels on the Motility of Daphnia in Lake Ecosystems Introduction: The production, transportation, and use of chemicals by chemical industries can result in chemical pollution. This leads to a harmful effect on ecosystems and their balance of life (Linlin, Chen, 2012). The pH levels of aquatic environments are important because it affects the physiology of animals by changing their behaviors. The ion concentrations associated with the water and the organism’s survival can also…

III. Results Table 2: KHP Vs. NaOH Titration data Trial Initial KHP acid Volume (ml) End KHP acid volume (ml) Volume difference (ml) Volume of NaOH Base Used (ml) 1 7 mL 16 mL 9 mL 10.0 mL 2 16 mL 27.5 mL 11.5 mL 10.0 mL 3 27.5 mL 38.5 mL 11 mL 10.0 mL Table 3: Titration of HCl with NaOH Trial Initial NaOH Volume (ml) End NaOH base volume (ml) Volume difference (ml) Volume of HCl acid Used (ml) 1 4.5 mL 14.5 mL 10 mL 10.0 mL 2 30 mL 41.5 mL 11.5 mL 10.0 mL 3 19 mL 31 mL 12 mL 10.0…

3.7.1. Effect of solvent and pH The influence of the solvent on Schiff base ligand L and its metal(II) complexes were studied. The results showed that the optimal solvent for Schiff base ligand L, Co(II), Ni(II) and Cu(II) complexes were CH3CN at λemi =320, 310, 316 and 330 nm, while the optimal solvent for Mn(II) complex was DMF λemi = 312 nm, as shown in Figure 7. The effect pH on the fluorescence intensity of Schiff base ligand L and its metal(II) complexes were investigated between…

Neutralization Experiment: The last experiment that was performed was the Neutralization Experiment in order to determine the pH of the River Water. This is important because the acidity, which is measured by the pH, can make certain pollutants more toxic to fish than normal. A Neutralization Reaction was used by determining the amount of Sodium Hydroxide needed to make the River Water basic. Below is the data table of the experiment. Trial Initial Amount of Sodium Hydroxide (mL) Final Amount…

1. Baking soda with lemon. Mix 2 pinch of baking soda and 2 drops of lemon to make it a fine paste. After making a paste, wet your toothbrush and dip in your paste. Brush your teeth for about 3 minutes, make sure that you cover all the teeth. After 3 minutes of brushing, rinse your mouth with warm water and brush your teeth again using your regular tooth paste. To see a more effective result on teeth whitening, try following this remedy for a minimum of twice a week to get rid of white spots and…

out how it did due to additional carbonic acid being created by the reaction. With more baking soda, there is more to be mixed with vinegar, which means more CO2. When explained more in-depth, the double displacement reaction of baking soda(sodium bicarbonate) and vinegar is larger when there is more of the two. When adding more baking soda there is more for it to be mixed with the vinegar. This makes for a greater amount of sodium acetate and carbonic acid. The data teaches that when there is…

ENVIRONMENTAL ASPECTS OF SULPHURIC ACID PRODUCTION 1. Safety Aspects 1. Basic Safety Aspects due to Physical properties and behaviour of Sulfuric acid. Basically, we know attention is paramount when adding water to a highly concentrated acid and this is the case with sulphuric acid which is highly risky. Sulfuric acid can have serious adverse effects like burns if it contacts the skin. This is due to the dehydrating properties of the acid on organic materials. Also, when the acid is heated…

saturated fatty acids and/or unsaturated fatty acids. The most common saturated fatty acids used in soap are, “lauric acid, myristic acid, palmitic acid and stearic acid” ( Michelle 2014). If a more effective clean is desired then, using a saturated fatty acid is the way to go because they get rid of oils better. Due to this, soaps made up of saturated fatty acids are less prefered for skin because it will take away the natural oils produced by your skin. These saturated fatty acids…