Question 1: What does quantitative analysis mean? Are there any examples? Quantitative means something that can be counted, while qualitative means something that cannot be counted and can only be analyzed based on its properties. For example: For French wine, the year mentioned should be the year when the grapes were picked, not the year of production. Qualitative analysis means being able to taste what content and ingredients are in it. Quantitative means to tell how much there is and what the percentage is. For example, distinguishing whether a certain liquid is wine or rice wine should be a qualitative analysis; and distinguishing how much sugar, how much alcohol, how much aromatic alcohol it contains, etc. (there is a small amount of methanol). Quantitative analysis is far more difficult than qualitative analysis.

Question 2: What does quantitative analysis mean? Hello classmate, I am happy to answer your questions!

Quantitative Analysis Quantitative Analysis The word you mentioned is one of the FRM vocabulary. Mastering the FRM vocabulary well can help you learn FRM like a fish in water. The translation and meaning of this word are as follows: refers to the use of companies Securities analysis methods for making investment decisions based on financial information provided by annual reports and income statements

I hope that the answers from Gordon Online School can help you solve your problems. You are welcome to submit more financial accounting questions to Gordon Enterprises.

Gordon wishes you a happy life!

Question 3: What does quantitative analysis mean? Hello classmate, I am happy to answer your questions!

The word you mentioned belongs to the vocabulary of the futures industry. Mastering the vocabulary of the futures industry can help you learn the futures industry like a fish in water. The translation and meaning of this word are as follows: it refers to using the company's annual report Securities analysis methods for making investment decisions based on the financial information provided by the income statement

I hope that the answers from Gordon Online School can help you solve your problems. More futures industry issues are welcome to be submitted to Gordon Enterprises.

Gordon wishes you a happy life!

Question 4: What are qualitative analysis and quantitative analysis? Quantitative research: It is a research process that uses statistical survey methods or experimental methods to establish research hypotheses, collect accurate data, and then conduct statistical analysis and testing like in natural science. Quantitative analysis is an ancient way of thinking that has not been accurately positioned. Its advantages over qualitative analysis are indeed obvious. It defines things within the scope of human understanding, and it is quantitative and qualitative.

Qualitative research is a social science research method formed under the influence of anti-positivism theory. It tends to use interviews, observations and documentary methods to collect data, and conduct research based on subjective understanding and qualitative analysis. Qualitative research emphasizes that human behavior is a meaningful action. People's construction of social reality is completed jointly on the basis of the meaning given to social objects by the subject and others participating in the interaction. There are common sense rules in daily life. Or knowledge arises from it. It is difficult to study these rules or knowledge and their production process in a quantitative way. Qualitative analysis is a "qualitative" analysis of the research object. Specifically, it uses methods such as induction and deduction, analysis and synthesis, abstraction and generalization to process the various materials obtained, so as to eliminate the rough and select the essential, eliminate the false and retain the true. From here to there, from the outside to the inside, we can achieve understanding of the essence of things, reveal the inner laws, and move from qualitative to quantitative.

Question 5: What is qualitative analysis? What is quantitative analysis? Qualitative analysis Qualitative analysis is the "qualitative" analysis of the research object. Specifically, it uses methods such as induction and deduction, analysis and synthesis, and abstraction and generalization to mentally process the various materials obtained, so as to eliminate the rough and select the essence, remove the false and retain the true, and go from here to there, from the outside to the inside, to achieve understanding of the essence of things. Reveal inner laws. Qualitative analysis mainly solves the problem of “whether” the research object exists. Qualitative research is divided into three processes: 1. Analysis and synthesis 2. Comparison 3. Abstraction and summary Quantitative analysis Quantitative analysis: quantitative characteristics of social phenomena, Analysis of quantitative relationships and quantitative changes. Its function is to reveal and describe the interaction and development trends of social phenomena. Qualitative - Use textual language to describe it. Quantitative - Use mathematical language to describe it. Qualitative analysis and quantitative analysis are two analytical methods used by people to understand things [1]. The concept of qualitative analysis has been well developed as early as the ancient Greek era. At that time, a group of famous scholars gave physical explanations to the natural world they studied in their research. For example: Aristotle studied many natural phenomena, but he could not find a single mathematical formula in his thick works. He describes the nature of every phenomenon and defines the nature of every natural theorem he discovers. Although this understanding is indispensable for our understanding of the sensory world, it lacks the basis for in-depth thinking, because extending from one quality of things to another is often beyond human cognitive abilities.

The basic way of thinking about quantitative analysis as a problem analysis began with Galileo. As the founder of modern science, Galileo for the first time fully carried out quantitative analysis in his own research. From dynamics to astronomy, Galileo abandoned the previous methods. People only analyze the causes and results of things with mostly subjective conjectures, and replace them with experiments, mathematical symbols, and formulas. It can be said that "Galileo's decision to pursue description is the most profound and productive change in scientific methodology. It The importance of science lies in putting science under the protection of science. "Mathematics is a science of quantity. It can be said that a science can only be called a science when it successfully uses mathematics. From the perspective of the development process of rationality, the scientific method of replacing qualitativeness with quantification proposed by Galileo has made the object of human cognition change from vagueness to clarity, from abstraction to concreteness, making human reason add quantitative features to the qualitative aspect. And because of this replacement, concepts that have nothing to do with quantification, such as concepts of essential origin and nature, are replaced by completely new concepts such as space, time, weight, velocity, acceleration, inertia, force, energy, etc. in a certain field and within a certain range. Therefore, as a way of thinking that has existed since ancient times but has not been accurately positioned, quantitative analysis has obvious advantages over qualitative analysis. It defines things within the range that humans can understand, and determines quality based on quantity. The relationship between qualitative analysis and quantitative analysis Qualitative analysis and quantitative analysis should be unified and complementary;; Qualitative analysis is the basic premise of quantitative analysis, and quantification without qualitative is a blind and worthless quantification;; Quantitative analysis Making the qualitative analysis more scientific and accurate, it can promote qualitative analysis to draw broad and in-depth conclusions. Quantitative analysis is a method that establishes mathematical models based on statistical data, and uses mathematical models to calculate various indicators and their values ??of the analysis object. Qualitative analysis is a method that mainly relies on the analyst's intuition and experience, the past and present continuation of the analysis object, and the latest information to make judgments on the nature, characteristics, and development and change patterns of the analysis object. In comparison, the former method is more scientific, but requires higher mathematical knowledge, while the latter method, although rougher, is more suitable when the data is insufficient or the analyst has a weak mathematical foundation, and is more suitable for general analysis. Investors and economic workers. However, it must be pointed out that although the two analysis methods have higher or lower requirements for mathematical knowledge, they cannot clearly separate qualitative analysis from quantitative analysis. In fact, modern qualitative analysis methods also use mathematical tools for calculations, while quantitative analysis must be based on qualitative predictions. The two complement each other. Qualitative is the basis of quantitative, and quantitative is the embodiment of qualitative. The two can be combined and used flexibly. To achieve the best results. Different analysis methods have different characteristics and performances, but they all have one thing in common, that is, they generally analyze and explain problems through comparison and contrast. It is through the comparison of various indicators or the comparison of the same indicator in different periods that the quantity, quality, and effectiveness can be reflected... >>

Question 6: What is quantification? Analysis Qualitative analysis and quantitative analysis are two analytical methods used by people to understand things. The concept of qualitative analysis has been well developed as early as the ancient Greek era. At that time, a group of famous scholars gave physical explanations to the natural world they studied in their research. For example: Aristotle studied many natural phenomena, but he could not find a single mathematical formula in his thick works. He describes the nature of every phenomenon and defines the nature of every natural theorem he discovers. Although this understanding is indispensable to our understanding of the sensory world, it lacks the basis for in-depth thinking, because extending from one quality of things to another is often beyond human cognitive abilities. Therefore, as a way of thinking that has existed since ancient times but has not been accurately positioned, quantitative analysis has obvious advantages over qualitative analysis. It defines things within the range that humans can understand, and determines quality based on quantity. Taking quantitative analysis as a basic way of thinking to analyze problems began with Galileo. As the founder of modern science, Galileo for the first time comprehensively carried out quantitative analysis in his own research. From dynamics to astronomy, Galileo abandoned the previous people. Only analyzing the causes and results of things with mostly subjective conjectures, and replacing them with experiments, mathematical symbols, and formulas, it can be said, "Galileo's decision to pursue description is the most profound and productive change in scientific methodology. Its The importance lies in putting science under the protection of science. "Mathematics is a science of quantity. It can be said that a science can only be called a science when it successfully uses mathematics. From the perspective of the development process of rationality, the scientific method of replacing qualitativeness with quantification proposed by Galileo has made the object of human cognition change from vagueness to clarity, from abstraction to concreteness, making human reason add quantitative features to the qualitative aspect. And because of this replacement, concepts that have nothing to do with quantification, such as concepts of essential origin and nature, are replaced by completely new concepts such as space, time, weight, velocity, acceleration, inertia, force, energy, etc. in a certain field and within a certain range.

Question 7: What do quantitative analysis and qualitative analysis mean? Let’s give an example.

For example, in chemistry,

Qualitative analysis is to determine what elements a certain substance is composed of;

Quantitative analysis is to find the chemical formula (calculation) of the substance Find the amount of each element).

Question 8: What is quantitative analysis? Quantitative analysis is the most commonly used method in chemical analysis. This is an analysis that determines the amount of a substance of known composition, usually using volumetric analysis.

Quantitative analysis requires precise determination of the content of the components being analyzed, so the amount of reagents added must be controlled. In particular, the components participating in the reaction are added and measured through volumetric burettes, so quantitative analysis Also called chemical titration. At the same time, there are complex titration methods, neutralization titration methods, etc. based on the principles of chemical reactions on which the analysis is based.

Another important feature of the quantitative analysis method is the use of various indicators to determine the end point of the chemical reaction. Without these indicators, the amount of chemical substances added to participate in the reaction will be excessive and lost. A method for accurately determining elemental content. This is also the biggest concern about operational errors in quantitative analysis methods.

The above is a quantitative analysis using chemical analysis methods. Other physical methods can also be used for quantitative analysis, but this is usually used for analysis of trace or trace amounts, and is mostly used for scientific research and development.