Response paper Essay Example | Topics and Well Written Essays - 250 words - 4

Reaction paper - Essay Example Truth be told, there are more ladies seeking after degrees in science and innovation in Norway than men. I figure the Norwegian government ought to be credited for authorizing the law that specify, each organization ought to in any event have 40% of their corporate board seats involved by ladies. As I would see it, this is crucial and compelling since there are a huge number of ladies who are competent and wiling of turning into the big shots. (Chris p20) The increase of work environment grouping is tremendous, subsequently speculators and investors ought to be influenced to give ladies these open doors in the board positions. The pattern ought to be passed over each nation on the planet, since it will profit both the financial specialists and the economy over the long haul. I accept that ladies have the stuff to accompany key organizations at the places of supervisors and administrators. In a couple of years we will have the option to see the full forthcoming of ladies who will meet the challenge at hand and be progressive. As per the Norwegians ladies administrators, enactment is the main route forward. I believe that the standard structure will encourage carry the scholarly ladies to the bleeding edge. (Chris p20) As I would like to think, I believe that chiefs are the key players in guaranteeing that ladies are urged everyday, to seek after for the administrative position, and furthermore encourage open doors for the forthcoming abilities, paying little heed to sex. I believe that ladies should work to guarantee that they are noticeable in their work environment. They ought to likewise be persistent in the event that they wand to scale the stepping stool. Through the portion framework, another day break of corporate world drove by ladies will develop in a couple of years, along these lines we should all acknowledge and welcome the

Global Fashion Industry with a Focus on Moet Hennessy Louis Vuitton Essay

Worldwide Fashion Industry with a Focus on Moet Hennessy Louis Vuitton - Essay Example The exposition Worldwide Fashion Industry with a Focus on Moet Hennessy Louis Vuitton looks at the business of style. The organization claims more than sixty brands and some of them, as Veuve Clicquot Ponsardin (1772), Chateau d'Yquem (1593), , Guerlain in 1829, Louis Vuitton (1854), Hennessy (1765), Moã «t et Chandon (1743) the have been in the market since the previous two centuries (McCrone, 2006). It works 5 distinctive classification of items including wines and spirits, design and calfskin merchandise, aromas and beautifying agents, watches and adornments, and specific retailing. LV had been following a system of advancement, separation and vital mergers to turn into a market head in the style business (Lent, Tour and Perrin, 2009). The organization offers selectiveness and high caliber and is driven by the aphorism of tender loving care to convey the best quality. It follows an arrangement of building up a brand picture that is shared over its brands and bolstered by all the exercises attempted by the organization. This report contains an investigation of the large scale condition (utilizing PESTEL system) for the worldwide style industry to evaluate the dangers and openings that an association like LV may confront. It additionally contains a smaller scale investigation or industry examination of the design business to assess the business condition and the difficulties that LV faces. At long last, an inner quality and shortcoming examination is directed to evaluate how the qualities of LV can be utilized to catch the open doors proffered by the full scale and the small scale condition., and what it needs to do to conquer its shortcomings so as to battle the dangers presented by its business environment.â Finally, the report talks about the present methodology of LV in the light of the SWOT investigation and makes proper suggestions.  PESTEL Analysis  Political Environment The design business has seen an upset as far as its infiltration and reach over the various societies and markets all inclusive (Kapferer and Bastien, 2009). The appearance of globalization and progression of economies over the world have made it workable for items from one finish of the globe to be shown and purchased at the opposite end. The style business also has seen a quick multiplication over the outskirts attributable to the political advancement and expanded acknowledgment of the Western way of life by the developing white collar class in the creating nations (Kotler and Keller, 2011). The political progression on one hand has made it workable for brands like LV to be sold across differing locales like China, India, Brazil and Africa, while then again there has been an expanded political activism at the grassroots level in a few nations against high style and the pattern of commercialization (British Standards Institution, 2011). Remote brands, particularly the extravagance brands are regularly the objective of reproach and assaults in nations wh ere developments are in progress or where there is far reaching protection from advancement. It tends to be seen that while there is degree for worldwide extension, there is additionally a need to comprehend the nearby suppositions and culture with the goal that the brands can become adequate and affable globally.  Economic Environment The ongoing budgetary emergency of 2008-2009 saw the design business also observe a log jam in deals and business. Enormous and mainstream associations like the Australian Hrringbone and Centro have posted huge misfortunes during the emergency time frame. Notwithstanding loss of incomes, there was additionally a powerful effect on the patterns in the design â€

Sniffy the Virtual Rat

Sniffy the Virtual Rat Presentation Scholars managing human and creature conduct have thought of various speculations to clarify how conduct is gained or how it gets wiped out. Such researchers incorporate BF Skinner, who cutting-edge operant molding hypothesis and Ivan Pavlov, who cutting-edge traditional molding hypothesis. In this paper, old style and operant molding tests will be structured. The essentialness of the examinations and how they identify with human conduct and thinking will be explained.Advertising We will compose a custom research paper test on Sniffy the Virtual Rat explicitly for you for just $16.05 $11/page Learn More Classical molding This is a social learning hypothesis progressed by Ivan Pavlov. In old style molding, learning happens because of matching a characteristic upgrade together with a natural boost (Hall, 1998). With the goal for figuring out how to happen, a nonpartisan boost is set before a characteristic upgrade. As per Cherry (2012), conduct is found out through relatio nship of the two boosts. A visit to the dental specialist try Miss Y has cavities on the majority of her teeth. It isn't the first run through for her to have such an issue. Before, she has been to the dental specialist and had a portion of the teeth with cavities extricated. The first occasion when, she found a female specialist who extricated the tooth yet she felt no torment. The subsequent time, she found a male dental specialist who separated the rotted tooth. In any case, the experience was not equivalent to the one she had during her first extraction. The male dental specialist separated the tooth in a manner that caused her a ton of torment. During the second time when she felt a great deal of agony, Miss Y noticed a portion of the attributes of the dental specialist who played out the activity. The male dental specialist was wearing a white cover, had scenes on and was from an alternate racial gathering (race A). During her ensuing visit to the dental specialist to have ano ther tooth extricated, Miss Y finds another dental specialist that she has never met. Notwithstanding, the dental specialist is a man, wearing a white cover, with scenes on and from race A. Before disclosing her concern to this dental specialist, Miss Y begins shaking because of dread. She begins feeling a great deal of torment on her tooth that has not been throbbing while she was going to the dental specialist. Miss Y is carrying on as such in light of the fact that she has figured out how to connect torment during teeth extraction with male dental specialist of a specific race. Miss Y chooses to check another dental specialist to separate the tooth. Her next stop handles her to a woman dental specialist. Miss Y is presently loose and all set through the procedure of extraction. She relates the experience is hoping to have with the past easy technique that she experienced when the extraction was finished by a woman. For the remainder of the occasions that she visits a dental speci alist, Miss Y solicitations to have a woman dental specialist take a shot at her. Subsequently, she asserts that the extraction is continually painless.Advertising Looking for examine paper on brain science? We should check whether we can support you! Get your first paper with 15% OFF Learn More After Miss Y has had her dental issues managed, she doesn't want to keep visiting the dental specialist as consistently as she did. Notwithstanding, at whatever point she goes to the medical clinic and finds a male specialist from race A, she is grasped by serious dread and starts feeling torment in her body. Actually, at whatever point she goes to the medical clinic and finds a woman specialist, she is increasingly loose and less dreadful. She says that she feels almost no agony at all when she is treated by a woman specialist. Miss Y is molded that every male specialist from race An exact torment upon their patient during treatment. Then again, all female specialists treat their patients w ith less agony. Thusly, at whatever point Miss Y sees a male specialist from race An, in any event, when she needn't bother with his administrations, she is loaded up with dread. Infant and mother try Another case of old style molding can be delineated through a mother’s relationship with her small kid. At the point when the youngster is with the mother, it is normally tranquil and on occasion convivial. In any case, when the mother conveys her purse and is going to leave for work, the child begins to cry. Each time the infant sees the mother convey her satchel, it begins to cry since it knows that the mother is going to leave. This occurs after the mother over and again leaves for work at whatever point she conveys her tote. The infant in this way connects the satchel with being deserted by the mother. After constantly blending the purse with the mother’s flight, the infant begins to cry at whatever point she sees a tote, in any event, when the mother isn't leaving. T he mother for this situation is the nonpartisan improvement, deserting the child is the unconditioned boost, crying the unconditioned reaction, the mother the adapted upgrade and crying the molded reaction. The baby’s relationship of the purse with being abandoned outcomes to speculation. For this situation, the child cries at whatever point the mother conveys whatever else that appears as though a sack, in any event, when she isn't leaving. Operant molding Operant molding was first proposed by Burrhus Frederic Skinner usually known as BF Skinner (Mcleod, 2007). Skinner drew a ton from Thorndike’s work. The most significant parts of operant molding are fortification, prizes and discipline. In the event that one fortifies a specific conduct, there is probability for the conduct to be shown once more. In any case, if conduct isn't fortified, it will most presumably be debilitated and in the end become wiped out. Fortification Positive support can be shown using an eager pooch set in an uncommon box. The container has a switch that is deliberately set along the edge. The rodent can move unreservedly inside the container. Be that as it may, during a portion of its development, the rodent incidentally steps on the switch along the edge of the case. At the point when this occurs, the rodent sees a nourishment pellet close to the switch it has stepped on. The rodent discovers that squeezing the switch is remunerated by arrangement of food.Advertising We will compose a custom research paper test on Sniffy the Virtual Rat explicitly for you for just $16.05 $11/page Learn More Therefore, the rodent keeps squeezing the switch whatever number occasions as would be prudent and the result is as yet the equivalent. For this situation, the conduct of squeezing the switch is strengthened in light of the fact that it results to something alluring. In this manner, the rodent keeps on squeezing the switch each time it needs something to eat. This is a case of encour aging feedback, which reinforces a given conduct and expands its opportunity of repeat. Conduct is fortified through remunerating one’s conduct with an attractive outcome. The conduct is probably going to be rehashed in future if an alluring outcome is given. Negative fortification According to Mcleod (2007), another method for fortifying conduct is the utilization of negative support. Negative support is material to the rodent in the crate analyze that we utilized for encouraging feedback. To present negative fortification, one would open the rodent to something that isn't charming, for instance an electric flow. The switch ought to be set with the end goal that the electric flow turns off quickly it is squeezed by the rodent. Hence, the rodent would discover that squeezing the switch gave a method for escape from the disagreeable electric flow that it is exposed to. Each time the electric flow is turned on in the case, the rodent will tend to move to where the switch is and press it so as to get away from the unsavory conditions in the crate. The activity is rehashed again and again in light of the fact that the rodent has figured out how to get away from the distress brought about by the electric flow. Discipline Punishment is intended to make a reaction be powerless or to make it terminated instead of fortification that is intended to expand the likelihood of event of a conduct. There are two different ways that can be utilized to issue out discipline. The first includes use of a terrible boost in the wake of something incorrectly has been finished. The other one is refusal of a compensating boost at whatever point an undesired conduct is displayed. Discipline is fundamentally the same as negative fortification. This sort of molding can be utilized to support positive conduct in the two creatures and individuals. It can likewise be utilized to debilitate negative conduct in people and creatures. Conduct learnt through operant molding is effectively halted when the outcomes that were empowering its event are pulled back. This is what is called elimination. These investigations improve the traditional molding hypothesis progressed by Ivan Pavlov and operant molding progressed by Burrhus Frederic Skinner. They show that some conduct that people display have been procured through relationship of a characteristic boost with nature as in old style conditioning.Advertising Searching for look into paper on brain research? How about we check whether we can support you! Get your first paper with 15% OFF Find out More Different practices are gotten lasting or terminated because of positive or negative fortification and discipline, as proposed by operant molding hypothesis. The hypotheses are appropriate in everyday life in the two people and creatures. End The trials bolster the two speculations of conduct obtaining to be specific: old style and operant molding. The creature tests led by BF Skinner and Ivan Pavlov relate near human reasoning and conduct. Reference List Cherry, K. (2012). The Little Albert Experiment: A Closer Look at the Famous Case of Little Albert. New York: About.com. Web. Lobby, R. (1998). Old style Conditioning. Web. Mcleod, S. (2007). Skinner Operant Conditioning. London: Psychology Press. Web.

Great Tips for a Good Academic Essay

Great Tips for a Good Academic EssayIf you have an assignment due in a college or university, it is not so much as to struggle with your academic paper. You can find solutions of the academic essay and get them right away. You may have done a lot of research on these and other topics, but you are still unsatisfied about the outcome of them.The most important part of academic essays is finding out the subject. This can be done by conducting research, browsing the internet and reading different papers related to the topic. It is also very important to look for relevant sources on the topic.You can also choose to avoid doing a dissertation subject and just write a report about the subject. However, this may not be very easy to do since it requires a lot of creativity. As a student, you may be able to distinguish between an idea and a conclusion, so this should not be too difficult for you. You can also get help from your teacher or from other scholars in the class to see if they are abl e to give you an idea for writing your own academic paper.Writing your essay is just like making a report. It is necessary to be factual and objective in the content of the document. Some of the tips that can help you with this are to get as much information as possible from your sources, to make sure that the data is well arranged, you should follow the proper grammar rules and check your spelling. Your aim should be to write a well-structured academic essay with proper content.Submit your papers for acceptance at your university or college. In case your project does not pass the test, then you may just have to send the entire paper to the editor. You can learn a lot from the process of submission and may be able to achieve the kind of results that you desired to achieve.The more interesting aspects of a topic can be used to write the theme for the academic essay. These can include different scenarios, relationships between subjects, basic ideas, proofs, or other academic ways to e xpress knowledge. Make sure that the topics you will discuss in your academic essay are related to the topic that you are researching.You can always find solutions for academic essay on the internet. You may even find the required references for the topic that you are researching. Keep in mind that the more relevant you can be to the topic, the better.

Understand Chemistry Unit Conversions

Unit conversions are important in all sciences, although they may seem more critical in chemistry because many calculations use different units of measurement. Every measurement you take should be reported with the proper units. While it may take practice to master unit conversions, you only need to know how to multiply, divide, add, and subtract to do them. The math is easy as long as you know which units can be converted from one to another, and how to set up conversion factors in an equation. Know the Base Units There are several common base quantities, such as mass, temperature, and volume. You can convert between different units of a base quantity, however, you may not be able to convert from one type of quantity to another. For example, you can convert grams to moles or kilograms, but you cant convert grams to Kelvin. Grams, moles, and kilograms are all units that describe the amount of matter, while Kelvin describes temperature. There are seven fundamental base units in the SI or metric system, plus there are other units that are considered base units in other systems. A base unit is a single unit. Here are some common ones: Mass kilogram (kg), gram (g), pound (lb) Distance or Length meter (m), centimeter (cm), inch (in), kilometer (km), mile (mi) Time second (s), minute (min), hour (hr), day, year Temperature Kelvin (K), Celsius ( °C), Fahrenheit ( °F) Quantity mole (mol) Electric Current ampere (amp) Luminous Intensity candela Understand Derived Units Derived units (sometimes called special units) combine the base units. Examples of derived units: the unit for area; square meters (m2); the unit of force; or the newton (kg ·m/s2). Also included are volume units. For example, there are liters (l), milliliters (ml), cubic centimeters (cm3). Unit Prefixes In order to convert between units, youll want to know common unit prefixes. These are used primarily in the metric system as a sort of shorthand notation to make numbers easier to express. Here are some useful prefixes to know: Name Symbol Factor giga- G 109 mega- M 106 kilo- k 103 hecto- h 102 deca- da 101 base unit -- 100 deci- d 10-1 centi- c 10-2 milli- m 10-3 micro- ÃŽ ¼ 10-6 nano- n 10-9 pico- p 10-12 femto- f 10-15 As an example of how to use the prefixes: 1000 meters 1 kilometer 1 km For very large or very small numbers, its easier to use scientific notation: 1000 103 0.00005 5 x 10-4 Performing Unit Conversions With all of this in mind, youre ready to perform unit conversions. A unit conversion can be thought of as a sort of equation. In math, you may recall if you multiply any number times 1, it is unchanged. Unit conversions work the same way, except 1 is expressed in the form of a conversion factor or ratio. Consider the unit conversion: 1 g 1000 mg This could be written as: 1g / 1000 mg 1 or 1000 mg / 1 g 1 If you multiply a value times either of these fractions, its value will be unchanged. Youll use this to cancel out units to convert them. Heres an example (notice how the grams cancel out in the numerator and denominator): 4.2x10-31g x 1000mg/1g 4.2x10-31 x 1000 mg 4.2x10-28 mg Using Your Calculator You can enter in these values in scientific notation on your calculator using the EE button: 4.2 EE -31 x 1 EE3 which will give you: 4.2 E -18 Heres another example: Convert 48.3 inches into feet. Either you know the conversion factor between inches and feet or you can look it up: 12 inches 1 foot or 12 in 1 ft Now, you set up the conversion so that the inches will cancel out, leaving you with feet in your final answer: 48.3 inches x 1 foot/12 inches 4.03 ft There are inches in both the top (numerator) and bottom (denominator) of the expression, so it cancels out. If you had tried to write: 48.3 inches x 12 inches/1 foot you would have had square inches/foot, which wouldnt have given you the desired units. Always check your conversion factor to make sure the correct term cancels out! You may need to switch the fraction around. Key Takeaways: Chemistry Unit Conversions Unit conversions only work if the units are the same type. For example, you cant convert mass into temperature or volume into energy.In chemistry, it would be nice if you only had to convert between metric units, but there are many common units in other systems. For example, you may need to convert a Fahrenheit temperature into Celsius or a pound mass into kilograms.The only math skills you need to do unit conversions are addition, subtraction, multiplication, and division.

Understand Chemistry Unit Conversions

Unit conversions are important in all sciences, although they may seem more critical in chemistry because many calculations use different units of measurement. Every measurement you take should be reported with the proper units. While it may take practice to master unit conversions, you only need to know how to multiply, divide, add, and subtract to do them. The math is easy as long as you know which units can be converted from one to another, and how to set up conversion factors in an equation. Know the Base Units There are several common base quantities, such as mass, temperature, and volume. You can convert between different units of a base quantity, however, you may not be able to convert from one type of quantity to another. For example, you can convert grams to moles or kilograms, but you cant convert grams to Kelvin. Grams, moles, and kilograms are all units that describe the amount of matter, while Kelvin describes temperature. There are seven fundamental base units in the SI or metric system, plus there are other units that are considered base units in other systems. A base unit is a single unit. Here are some common ones: Mass kilogram (kg), gram (g), pound (lb) Distance or Length meter (m), centimeter (cm), inch (in), kilometer (km), mile (mi) Time second (s), minute (min), hour (hr), day, year Temperature Kelvin (K), Celsius ( °C), Fahrenheit ( °F) Quantity mole (mol) Electric Current ampere (amp) Luminous Intensity candela Understand Derived Units Derived units (sometimes called special units) combine the base units. Examples of derived units: the unit for area; square meters (m2); the unit of force; or the newton (kg ·m/s2). Also included are volume units. For example, there are liters (l), milliliters (ml), cubic centimeters (cm3). Unit Prefixes In order to convert between units, youll want to know common unit prefixes. These are used primarily in the metric system as a sort of shorthand notation to make numbers easier to express. Here are some useful prefixes to know: Name Symbol Factor giga- G 109 mega- M 106 kilo- k 103 hecto- h 102 deca- da 101 base unit -- 100 deci- d 10-1 centi- c 10-2 milli- m 10-3 micro- ÃŽ ¼ 10-6 nano- n 10-9 pico- p 10-12 femto- f 10-15 As an example of how to use the prefixes: 1000 meters 1 kilometer 1 km For very large or very small numbers, its easier to use scientific notation: 1000 103 0.00005 5 x 10-4 Performing Unit Conversions With all of this in mind, youre ready to perform unit conversions. A unit conversion can be thought of as a sort of equation. In math, you may recall if you multiply any number times 1, it is unchanged. Unit conversions work the same way, except 1 is expressed in the form of a conversion factor or ratio. Consider the unit conversion: 1 g 1000 mg This could be written as: 1g / 1000 mg 1 or 1000 mg / 1 g 1 If you multiply a value times either of these fractions, its value will be unchanged. Youll use this to cancel out units to convert them. Heres an example (notice how the grams cancel out in the numerator and denominator): 4.2x10-31g x 1000mg/1g 4.2x10-31 x 1000 mg 4.2x10-28 mg Using Your Calculator You can enter in these values in scientific notation on your calculator using the EE button: 4.2 EE -31 x 1 EE3 which will give you: 4.2 E -18 Heres another example: Convert 48.3 inches into feet. Either you know the conversion factor between inches and feet or you can look it up: 12 inches 1 foot or 12 in 1 ft Now, you set up the conversion so that the inches will cancel out, leaving you with feet in your final answer: 48.3 inches x 1 foot/12 inches 4.03 ft There are inches in both the top (numerator) and bottom (denominator) of the expression, so it cancels out. If you had tried to write: 48.3 inches x 12 inches/1 foot you would have had square inches/foot, which wouldnt have given you the desired units. Always check your conversion factor to make sure the correct term cancels out! You may need to switch the fraction around. Key Takeaways: Chemistry Unit Conversions Unit conversions only work if the units are the same type. For example, you cant convert mass into temperature or volume into energy.In chemistry, it would be nice if you only had to convert between metric units, but there are many common units in other systems. For example, you may need to convert a Fahrenheit temperature into Celsius or a pound mass into kilograms.The only math skills you need to do unit conversions are addition, subtraction, multiplication, and division.

Understand Chemistry Unit Conversions

Unit conversions are important in all sciences, although they may seem more critical in chemistry because many calculations use different units of measurement. Every measurement you take should be reported with the proper units. While it may take practice to master unit conversions, you only need to know how to multiply, divide, add, and subtract to do them. The math is easy as long as you know which units can be converted from one to another, and how to set up conversion factors in an equation. Know the Base Units There are several common base quantities, such as mass, temperature, and volume. You can convert between different units of a base quantity, however, you may not be able to convert from one type of quantity to another. For example, you can convert grams to moles or kilograms, but you cant convert grams to Kelvin. Grams, moles, and kilograms are all units that describe the amount of matter, while Kelvin describes temperature. There are seven fundamental base units in the SI or metric system, plus there are other units that are considered base units in other systems. A base unit is a single unit. Here are some common ones: Mass kilogram (kg), gram (g), pound (lb) Distance or Length meter (m), centimeter (cm), inch (in), kilometer (km), mile (mi) Time second (s), minute (min), hour (hr), day, year Temperature Kelvin (K), Celsius ( °C), Fahrenheit ( °F) Quantity mole (mol) Electric Current ampere (amp) Luminous Intensity candela Understand Derived Units Derived units (sometimes called special units) combine the base units. Examples of derived units: the unit for area; square meters (m2); the unit of force; or the newton (kg ·m/s2). Also included are volume units. For example, there are liters (l), milliliters (ml), cubic centimeters (cm3). Unit Prefixes In order to convert between units, youll want to know common unit prefixes. These are used primarily in the metric system as a sort of shorthand notation to make numbers easier to express. Here are some useful prefixes to know: Name Symbol Factor giga- G 109 mega- M 106 kilo- k 103 hecto- h 102 deca- da 101 base unit -- 100 deci- d 10-1 centi- c 10-2 milli- m 10-3 micro- ÃŽ ¼ 10-6 nano- n 10-9 pico- p 10-12 femto- f 10-15 As an example of how to use the prefixes: 1000 meters 1 kilometer 1 km For very large or very small numbers, its easier to use scientific notation: 1000 103 0.00005 5 x 10-4 Performing Unit Conversions With all of this in mind, youre ready to perform unit conversions. A unit conversion can be thought of as a sort of equation. In math, you may recall if you multiply any number times 1, it is unchanged. Unit conversions work the same way, except 1 is expressed in the form of a conversion factor or ratio. Consider the unit conversion: 1 g 1000 mg This could be written as: 1g / 1000 mg 1 or 1000 mg / 1 g 1 If you multiply a value times either of these fractions, its value will be unchanged. Youll use this to cancel out units to convert them. Heres an example (notice how the grams cancel out in the numerator and denominator): 4.2x10-31g x 1000mg/1g 4.2x10-31 x 1000 mg 4.2x10-28 mg Using Your Calculator You can enter in these values in scientific notation on your calculator using the EE button: 4.2 EE -31 x 1 EE3 which will give you: 4.2 E -18 Heres another example: Convert 48.3 inches into feet. Either you know the conversion factor between inches and feet or you can look it up: 12 inches 1 foot or 12 in 1 ft Now, you set up the conversion so that the inches will cancel out, leaving you with feet in your final answer: 48.3 inches x 1 foot/12 inches 4.03 ft There are inches in both the top (numerator) and bottom (denominator) of the expression, so it cancels out. If you had tried to write: 48.3 inches x 12 inches/1 foot you would have had square inches/foot, which wouldnt have given you the desired units. Always check your conversion factor to make sure the correct term cancels out! You may need to switch the fraction around. Key Takeaways: Chemistry Unit Conversions Unit conversions only work if the units are the same type. For example, you cant convert mass into temperature or volume into energy.In chemistry, it would be nice if you only had to convert between metric units, but there are many common units in other systems. For example, you may need to convert a Fahrenheit temperature into Celsius or a pound mass into kilograms.The only math skills you need to do unit conversions are addition, subtraction, multiplication, and division.