What is the difference between Celsius and Fahrenheit in temperature? A little bit lower at that tem

Updated on science 2024-03-14
6 answers
  1. Anonymous users2024-02-06

    A measure of temperature 40 degrees Celsius = 104 degrees Fahrenheit F 32 (9 5) times Celsius C

    40f=-40c

    0f=32c

    37c = Ordinary Degrees Celsius 32 degrees Celsius Celsius (Fahrenheit 32) The temperature of the ice-water mixture is set at zero degrees and the temperature of boiling water is set at one, and they are divided into 100 equal parts, each equal part is a unit of Celsius, called 1 degree Celsius. That is a thing of the past. Celsius is now included in the International System of Units, and the unit name "degrees" has been obsolete.

    The definition of Celsius temperature is t=t-t. , and t. Defined as k, Celsius is a specialized name used by Kelvin to denote the temperature in Celsius.

    Fahrenheit and Celsius are both units used to measure temperature. Many countries in the world, including China, use Celsius, and the United States and some other English-speaking countries use Fahrenheit and less so Celsius.

    Fahrenheit is named after its inventor, Gabriel DNamed by Fahrenheir (1681-1736), its freezing point is 31°F and its boiling point is 212°F.

    The inventor of the Celsius was Anders Celsius (1701-1744), which had a freezing point of 0 ° C and a boiling point of 100 ° C.

  2. Anonymous users2024-02-05

    F is the Fahrenheit temperature and C is the Celsius temperature.

    After more than 30 years after the Fahrenheit thermometer was made, the Swede Cherseus improved the Wallenheitt thermometer in 1742 and his colleague Schlemmer reversed the values of the two temperature points (i.e., the boiling point is 100 degrees Celsius, and the freezing point is 0 degrees), and it becomes the percentage temperature, that is, the Celsius temperature, which is expressed by . Fahrenheit temperature is =9 5 +32, or =5 9 (-32).

  3. Anonymous users2024-02-04

    68 degrees Fahrenheit, i.e. 68=

    The solution yields c = 20 degrees Celsius.

    So 68 degrees Fahrenheit is equivalent to 20 degrees Celsius.

    Fahrenheit is smaller than Celsius. One degree Fahrenheit is equal to 5 to 9 degrees Celsius, and it is easy to convert from one to the other. Convert Celsius to Fahrenheit, multiply by 9, divide by 5, and add 32.

    For example, 100 degrees Celsius. 100 times 9 equals 900. Dividing by 5 equals adding 160 to get 192, 192 degrees Fahrenheit.

    To go from Fahrenheit to Celsius, you just have to reverse it.

    32 degrees Fahrenheit

    Celsius (32 degrees Fahrenheit).

    Equal to 20 degrees Celsius.

    20 degrees Celsius to answer.

    Fahrenheit is smaller than Celsius. One degree Fahrenheit is equal to 5 to 9 degrees Celsius, and it is easy to convert from one to the other. Convert Celsius to Fahrenheit, multiply by 9, divide by 5, and add 32.

    For example, 100 degrees Celsius. 100 times 9 equals 900. Dividing by 5 equals adding 160 to get 192, 192 degrees Fahrenheit.

    To go from Fahrenheit to Celsius, you just have to reverse it.

    32 degrees Fahrenheit

    Celsius. The Fahrenheit and Celsius scales are the two mainstream temperature measurement standards for international sensitizers.

    Unit Conversion. Fahrenheit = 32°F + Celsius

    Celsius = Fahrenheit - 32°F).

    Data. 0°c=32°f

    10°c=50°f

    20°c=68°f

    30°c=86°f

    40°c=104°f

    Note: The type of temperature measurement medium is not necessarily related to the temperature scale!

    The temperature measuring medium is a means to measure the rapid temperature, and the temperature scale is the standard for evaluating the temperature. The same temperature measurement method can be evaluated by different temperature scales; The same temperature scale can also be measured using different temperature measurement methods.

    For example, although the mercury thermometer used to measure body temperature uses mercury as the temperature measurement medium, in China, the temperature marked is Celsius.

  4. Anonymous users2024-02-03

    100 degrees Fahrenheit ( ) Celsius ( ).

    The Celsius scale (centigrade) and the Fahrenheit temperature scale (Fahrenheit) are two major international temperature measurement standards.

    The Celsius temperature scale was proposed by the Swede Celius in 1740 to set the temperature of the ice-water mixture at 0 degrees Celsius and the boiling point of water to 100 degrees Celsius at standard atmospheric pressure. The temperature is indexed according to the two fixed temperature points of water.

    100 equal divisions between two points, and the interval between each segment is called 1 degree Celsius, which is recorded as 1, so the English nuclear game of the grinding pin degree is called centigrade, which is represented by the symbol "C", and the unit is °C. Most countries, including China, use the Celsius temperature scale.

    Slightly earlier than the Celsius scale, the Fahrenheit scale was created in 1714 by the German Fahrenheit, and the creation of the Fahrenheit scale played an important role in unifying the temperature units in physics. It is a mercury as a temperature measuring substance, the melting point of the ice is 32 degrees, the boiling point is 212 degrees, and the middle is divided into 180 degrees, which is represented by . Fahrenheit is currently mostly used in a few countries such as the United States.

  5. Anonymous users2024-02-02

    Differences in definition.

    1) The unit is Celsius temperature, which is defined as follows:

    The temperature of the ice-water mixture is set at 0 degrees Celsius at standard atmospheric pressure, the temperature of boiling water is set at 100 degrees Celsius, and the temperature between 0 degrees Celsius and 100 degrees Celsius is divided into 100 equal parts, each of which represents 1 degree Celsius.

    2) The unit is Fahrenheit, which is defined as follows:

    Set the ice point temperature of pure water at 32 and the boiling point temperature of water at standard atmospheric pressure at 212, divided into 180 equal parts, each equal part represents 1 degree, which is the Fahrenheit temperature scale.

    2.Differences in the scope of use.

    1) Celsius: Most countries, including China, use Celsius.

    2) Fahrenheit temperature: Western Europe, the United Kingdom, the United States, and other English-speaking countries generally use Fahrenheit.

    3.Differences in conversion methods.

    1) Conversion of Fahrenheit temperature to Celsius: c=(f-32)*5 92) Conversion of Celsius temperature to Fahrenheit dust base temperature: f=(c*9 5)+32

  6. Anonymous users2024-02-01

    There are generally two ways to express temperature, which are as follows:

    Celsius, e.g. 38, is the temperature corresponding to c on the thermometer.

    Fahrenheit, for example, is the temperature corresponding to f on a thermometer.

    The conversion formula between the two: Fahrenheit ( ) 32 + Celsius ( ) temperature (temperature) is a physical quantity that indicates the degree of cold and heat of an object, and microscopically it is the intensity of the thermal motion of the molecules of the object. Temperature can only be measured indirectly by certain characteristics of an object as a function of temperature, and the scale used to measure the temperature value of an object is called a temperature scale.

    It specifies the starting point (zero point) of the temperature reading and the basic unit for measuring the temperature. The SI unit is the thermodynamic temperature scale (k). At present, other temperature scales that are more used in the world are Fahrenheit (°F), Celsius (°C) and international practical temperature scales.

    From the point of view of molecular motion theory, temperature is the indicator of the average kinetic energy of the molecular motion of an object. Temperature is the collective manifestation of the thermal motion of a large number of molecules and is statistically significant. For individual molecules, temperature is meaningless.

    The degree of heat and coldness measured on one of several arbitrary scales based on an observable phenomenon (e.g., the expansion of a column of mercury).

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