The scale is the Celsius scale and not celcious. The freezing point depends on the substance under consideration and that has not been specified.
Semantic differential scales, developed by Charles Osgood (1957), are used when researchers desire interval data where the data can be arranged in order and measured. Semantic differential scales measure a person's attitude toward concepts and may be useful in situations with different age groups or cultures because they are easy for the researcher to construct, easy for the respondent's to use and provide reliable quantitative data. Semantic differential has been applied to marketing, operations research, and personality measurement. An example of its use is to evaluate products and services, employee surveys, and customer satisfaction surveys.
Celsius devises the temperature scale based on the boiling point and freezing point of water.
The temperature scale in which water freezes at 32 degrees and boils (vaporizes) at 212 degrees is the Fahrenheit scale. It is based on a scale that Daniel Fahrenheit in 1724.
The Absolute scale (degrees Kelvin) which starts at absolute 0. The Centigrade scale that starts at the freezing point of ice. The Fahrenheit scale that starts at the freezing point of brine.
The semantic differential disadvantages are a shortage of standardization, and the amount of divisions on the scale is a major issue. If the divisions are too few the scale is inaccurate and if the divisions are too many the scale goes beyond and discriminates.
This scale is the Réaumur scale.
Likert Scale How do you feel about Hot dogs?1 2 3 4 5 Love them Like them They're OK Dislike Them Hate ThemSemantic DifferentialHow do you feel about Hot dogs? 1 2 3 4 5 Love them Hate Them
It is a scale with opposite words at either end. For example, a questionnaire designed to evaluate the attitude of an individual, might include the question 'do you think exercise benefits health?' and have a seven-point scale ranging from 'very beneficial' at one end to 'very harmful' at the other end.For the source and information concerning your request, click on the related links section indicated below.
This is the Fahrenheit scale.
3.17 on a 4 point scale is the equivalent of 79.25%
86% would be 2.58 on a 3-point scale.
It depends but its a lot easier to get high grades (A's and B's) on a ten point grading scale.
Semantic differential is a type of a rating scale designed to measure the connotative meaning of objects, events, and concepts. The connotations are used to derive the attitude towards the given object, event or concept. Osgood's semantic differential was designed to measure the connotative meaning of concepts. The respondent is asked to choose where his or her position lies, on a scale between two bipolar adjectives (for example: "Adequate-Inadequate", "Good-Evil" or "Valuable-Worthless"). Semantic differentials can be used to describe not only persons, but also the connotative meaning of abstract concepts—a capacity used extensively in affect control theory. The Semantic Differential (SD) measures people's reactions to stimulus words and concepts in terms of ratings on bipolar scales defined with contrasting adjectives at each end. An example of an SD scale is: Usually, the position marked 0 is labeled "neutral," the 1 positions are labeled "slightly," the 2 positions "quite," and the 3 positions "extremely." A scale like this one measures directionality of a reaction (e.g., good versus bad) and also intensity (slight through extreme). Typically, a person is presented with some concept of interest, e.g., Red China, and asked to rate it on a number of such scales. Ratings are combined in various ways to describe and analyze the person's feelings.
The boiling point of water is 80°R in the Romar scale.
The scale of temperature that reads zero as the freezing point of water is the Celsius scale.
It depends on the scale. Some schools count on a 4 point scale and some count on a 5 point scale. If you take an AP or advanced placement class, you get an extra point. Regardless it is a high grade point.