we have the same formula for their conversion
At very high temperatures (thousands or millions of degrees), Fahrenheit is Celsius times 1.8; Celsius is Fahrenheit divided by 1.8. This is actually an approximation, but that is usually good enough for most practical purposes. For example, if the temperature of the core of a star is specified as 14 million Celsius, that's an estimate in any case. For lower temperatures, you usually need to use the exact formula.
no, it does the exact opposite.
A biologist specializes in on sub branch of biology to be an expert in it, and not go on learning other sub branches because the others can be like the exact opposite of what he learned. e.g archnology and botany.
Control is an experiment in which either no result is shown or the result shown is consistent for any change in variable.Independent Variable is the factor the Experimenter alters in order to see the effects on the dependent variable.Dependent Variable is the exact opposite.
41.3 is an exact measurement.
The exact temperature 0° F is equal to -17.77 °C.The conversion formula is °C = 5/9 (°F - 32)-17.7 Celsius.
39 degrees Celsius is equivalent to 102.2 degrees Fahrenheit.
To be exact, 97.16000000000001. But I'd just round to 97.2 or 97.
40.1 C = 104.18 FThe exact equation to convert Celsius to Fahrenheit is: F = (1.8 x C) + 32.
A difference of 5 degrees Celsius is equivalent to a difference of 9 degrees Fahrenheit. 1.8 million degrees Fahrenheit is close enough for most practical purposes.
At very high temperatures (thousands or millions of degrees), Fahrenheit is Celsius times 1.8; Celsius is Fahrenheit divided by 1.8. This is actually an approximation, but that is usually good enough for most practical purposes. For example, if the temperature of the core of a star is specified as 14 million Celsius, that's an estimate in any case. For lower temperatures, you usually need to use the exact formula.
Crude oil will typically start to ignite and burn at around 410 to 440 degrees Celsius (770 to 824 degrees Fahrenheit). However, the exact temperature can vary depending on the specific properties of the oil and the conditions in which it is burning.
The temperature at which Celsius equals Fahrenheit is -40°. This is due to the offset of water's freezing point to 32 °Fahrenheit. Between 32°F and 0°F, the Fahrenheit temperatures are positive while the Celsius temperatures have already moved into the negative. By the point -40°, the larger intervals marked by the Celsius degrees have been "overtaken" by the smaller Fahrenheit intervals. Below this point, negative temperatures in Fahrenheit have larger values than the corresponding Celsius values, just as do all Fahrenheit temperatures above 0°C. Mathematically, the change from 0°C to -40°C is 5/9 of the change from +32°F to -40°F. C = 5/9 (F - 32) and for F = -40, C = F
Apply what you know about the temperature scales: 10oC is above freezing (of water), and 10oF is below, so 10oF is colder. To find the exact numbers, use the conversion equation: oF = (9/5)oC + 32. Here, (9/5)10 + 32 = 50, so 10oC = 50oF
Wood typically burns at a temperature range of 400 to 600 degrees Celsius (750 to 1110 degrees Fahrenheit). The exact temperature will depend on the type of wood and its moisture content.
-63 °C is equal to -81.4 °F (both temperatures "minus", below zero)-63 °C is equal to -81.4 °F The conversion formula is Fahrenheit temperature = (9/5 x Celsius temperature)+ 32*For other temperatures, scroll down to related links and look at"Conversion of temperatures and formulas".
The exact opposite direction of southeast is northwest.