Ethical behavior in business is important. Workers in businesses are expected to demonstrate a high level of compliance to business ethical standards and the countryâs ethical standards. Failure to follow such ethical standards could have serious ramifications of varying degrees on the business, even including legal actions or closure depending on the ethical violations and the situations. In this assignment, you are required to research a business organization that recently had ethical violation problems. Feel free to use an organization in your home country if that is good for you.
Do the following: (20 points).
- Describe the ethical violation(s) that the business organization engaged in. (5 points)
- Describe how the ethical violations negatively affected the business organization. (5 points)
- Describe what measures the business organization adopted to correct the situation. (5 points)
- Analyze if the corrective measures adopted by the business organization are the best to prevent future occurrence.
Sample Solution
ethacrylate, methacrylic corrosive copolymer Type A, Type B and Type C [128]. Eudragit®S 100 is an anionic copolymer dependent on methacrylic corrosive and methyl methacrylate which is solvent at pH of 7 or higher [128, 129] , the proportion of the free carboxyl gatherings to the ester bunches is around 1:2 and mean relative atomic mass of around 135,000. Its pH-subordinate polymer along these lines, it’s normally utilized as an enteric polymer for controlling medication discharge in GIT. It is for all intents and purposes insoluble in water, oil ether, ethyl acetic acid derivation and dichloromethane while, it is uninhibitedly solvent in CH3)2CO, alcohols (counting ethanol 95%, methanol and propane-2-ole) and 1N NaOH arrangement [128]. Eudragit S100 is insoluble in acidic medium and breaks up above unbiased pH. Disintegration happens because of basic difference in the polymer related with ionization of the carboxylic utilitarian gathering. At acidic pH, Eudragit S100 particles forces low penetrability in light of hydrogen holding between the hydroxyl gathering of carboxylic moiety and the carbonyl oxygen of the ester bunch in the polymer atoms. This holding increment level of smallness of the polymer and diminishing its porosity and porousness [130], limiting arrival of a typifying operator. At the point when the pH of fluid medium is expanded, Eudragit S100 begin to disintegrate as carboxylic useful gatherings ionizes. The detailed hypothetical disintegration edge is pH 7.0 and pKa of polymer atoms is accepted to be around 6 [131]. Additionally, growing of Eudragit S100 lattice may go with the disintegration procedure adding to discharge. It is accepted that Eudragit S swells at pH above 6.5 [132]. Along these lines, arrival of dynamic substance might be because of the mix of growing and disintegration. Hydroxyl propyl methyl cellulose phthalate (HPMCP): These are regular cellulose artificially altered to deliver incompletely methyl ethers, 2-hydroxy propyl ethers and phthalyl esters. HPMCP is fabricated by esterification of hypromellose with phthalic anhydride. The degree of alkyloxy and carboxybenzoyl substitutions decides the properties of polymer and specifically the pH at which it breaks down in watery medium.>
ethacrylate, methacrylic corrosive copolymer Type A, Type B and Type C [128]. Eudragit®S 100 is an anionic copolymer dependent on methacrylic corrosive and methyl methacrylate which is solvent at pH of 7 or higher [128, 129] , the proportion of the free carboxyl gatherings to the ester bunches is around 1:2 and mean relative atomic mass of around 135,000. Its pH-subordinate polymer along these lines, it’s normally utilized as an enteric polymer for controlling medication discharge in GIT. It is for all intents and purposes insoluble in water, oil ether, ethyl acetic acid derivation and dichloromethane while, it is uninhibitedly solvent in CH3)2CO, alcohols (counting ethanol 95%, methanol and propane-2-ole) and 1N NaOH arrangement [128]. Eudragit S100 is insoluble in acidic medium and breaks up above unbiased pH. Disintegration happens because of basic difference in the polymer related with ionization of the carboxylic utilitarian gathering. At acidic pH, Eudragit S100 particles forces low penetrability in light of hydrogen holding between the hydroxyl gathering of carboxylic moiety and the carbonyl oxygen of the ester bunch in the polymer atoms. This holding increment level of smallness of the polymer and diminishing its porosity and porousness [130], limiting arrival of a typifying operator. At the point when the pH of fluid medium is expanded, Eudragit S100 begin to disintegrate as carboxylic useful gatherings ionizes. The detailed hypothetical disintegration edge is pH 7.0 and pKa of polymer atoms is accepted to be around 6 [131]. Additionally, growing of Eudragit S100 lattice may go with the disintegration procedure adding to discharge. It is accepted that Eudragit S swells at pH above 6.5 [132]. Along these lines, arrival of dynamic substance might be because of the mix of growing and disintegration. Hydroxyl propyl methyl cellulose phthalate (HPMCP): These are regular cellulose artificially altered to deliver incompletely methyl ethers, 2-hydroxy propyl ethers and phthalyl esters. HPMCP is fabricated by esterification of hypromellose with phthalic anhydride. The degree of alkyloxy and carboxybenzoyl substitutions decides the properties of polymer and specifically the pH at which it breaks down in watery medium.>
