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At what temperature do Fahrenheit and Celsius scales agree?
Masterbabbler
As we know that the relation between T(F) and T(C) is given by:
T(F)=9/5*T(C)+32
Now we want to know the point at which T(F) and T(C) both agrees i.e T(F)=T(C)
So the above expression becomes,
T(F)=9/5*T(F)+32
By solving above we get
-40oC
Wiki User
∙ 11y ago
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Advantages and disadvantages of the Celsius versus Fahrenheit temperature scales for weather observation and forecasting?
Celsius is the temperature unit in the decimal metric system, which is always used in Science. It's easier to convert Celsius to Kelvin scale, which is often used by scientists, because a change of 1 deg C = 1 deg K, and the only difference is 273.15 deg offset between two scales.
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Yes, I agree.
How do you solve a problem to find out at what temperature are Fahrenheit and Celsius the same?
The only time the celcius and Fahrenheit scales agree is at - 40. The kelvin and the Fahrenheit scale never agree.
Is -40 celsius the same as -40 Fahrenheit?
0
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Most doctors - and the American Academy of Pediatrics (AAP) - agree that a normal body temperature for a healthy baby is between 97 and 100.4 degrees Fahrenheit (36 to 38 degrees Celsius). If your baby's rectal temperature is above this range, he/she has a fever. If your baby is less than 3 months old and has a temperature of 100.4 degrees Fahrenheit (38 degrees Celsius) or higher, call the doctor immediately. For a baby between 3 and 6 months old, call if his temperature reaches 101 degrees Fahrenheit (38.3 degrees Celsius) or higher. If your baby is 6 months or older, call if his fever reaches 103 degrees Fahrenheit (39.4 degrees Celsius) or higher.
Advantages and disadvantages of the Celsius versus Fahrenheit temperature scales for weather observation and forecasting?
Celsius is the temperature unit in the decimal metric system, which is always used in Science. It's easier to convert Celsius to Kelvin scale, which is often used by scientists, because a change of 1 deg C = 1 deg K, and the only difference is 273.15 deg offset between two scales.
Is the international system of units a system of measurement?
these are units of measument that groups of people agree on to facilitate exchange of data and knowledge.The SI units (systeme internationale) are units of measurement that many agrees on. for example :power is measured in W (Watts) according to the SIEnergy in J(joules)Temperature in K(kelvin) the English metric system has many measuring units similar to that of the SI with a few exceptions like the BTU (british thermal unit for temperature) there are also other metric systems that use different metric scales like the calorie to measure energy, Fahrenheit for temperature etc.
When did scientists generallly agree tha the earth's surface has warmed by about 1 degree Fahrenheit in the past?
40 years
What are the high and low temperatures on planet Uranus?
Temperature Range on JupiterThe temperature at the top of Jupiter's clouds is approximately -230oF (-145oC). The temperature increases as you move downward through the clouds, and reaches 70oF (21oC) at the point in the atmosphere where its atmospheric pressure is about 10 times that of earth's. Near the core of Jupiter the temperature may reach 43,000oF (24,000oC), which is hotter than the surface of the sun. Sources do not agree on what exactly the surface temperature of Jupiter is, perhaps because it is a gaseous planet that has no surface as we think of one. Most agree that the temperature is well under -100oF, and closer to -150oF at what is considered to be the surface.
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What is the temperature rang on Jupiter?
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Why an object at 200 degrees Celsius is twice as hot as one at 100 degrees Celsius?
First of all, the expression "twice as hot" is, frankly, quite meaningless. Or rather,it is so full of so much meaning that different people see different meanings in it.In order to make any progress toward an answer, we first have to agree on what"twice as hot" means. And since the question is no help in this regard, I get to define it !I'm going to say that "twice as hot" means having double the average kineticenergy of its constituent molecules as compared with an object of identical size,shape, and composition. In other words, an object containing exactly double theamount of heat energy per unit volume compared to another identical object.In that case, one object is twice as hot as the other one when its temperatureis double the temperature of the other one on an absolute scale of temperature.The absolute scale of temperature begins at Zero Kelvins, -273.15° Celsius,-459.67° Fahrenheit, etc.So an object at 200° Celsius is 473.15/373.15 = 1.268 times as hot as anidentical object at 100° Celsius.And the original question of "Why is it . . ." is moot, because it ain't.
