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.
Use this equation to convert degrees Fahrenheit (ºF) to degrees Celsius/Centigrade (ºC): [°C] = ([°F] − 32) × 5⁄9
A body temperature of 87 degrees Fahrenheit (approximately 31.7 degrees Celsius) is significantly below the normal range of about 98.6 degrees Fahrenheit (37 degrees Celsius). This condition, known as hypothermia, can be life-threatening and indicates that the body is losing heat faster than it can produce it. Symptoms may include confusion, shivering, and reduced heart rate. Immediate medical attention is necessary to prevent serious complications.
growth rate
The temperature can vary drastically according to the season. In the summer it is normally quite warm, but does not go above about 20 - 30 degrees Celsius. In the winter it WILL get very cold, It always easily goes below 0 degrees Celsius. It is winter right now (as i am writing this), and this week it hasn't came above the minuses.
The chemical term is reaction rate.
The conversion formula is Fahrenheit temperature = (9/5 x Celsius temperature)+ 32Read more: What_is_40_degrees_Celsius_in_Fahrenheit
Use this equation to convert degrees Fahrenheit (ºF) to degrees Celsius/Centigrade (ºC): [°C] = ([°F] − 32) × 5⁄9
No. It can be but need not be. For example, you might calculate the ratio of today's temperature in Celsius and in Fahrenheit and calculate the ratio. That is not a rate.
The starting point is that 0 Celsius equals 32 Fahrenheit. One degree Celsius is of higher value than one degree Fahrenheit. So, going less than zero on centigrade, the rate of decrease on Celsius is less than the rate of dgress of Fahrenheit until it comes the point of -40 degrees Celsius when both scales match together.Mathematically,F = C x 9/5 +32Where F is degrees Fahrenheit and C degrees CelsiusAccordingly,-40 degrees Celsius = 32 - 40 x 9/5 = -40 degrees Fahrenheit
The Celsius vs Fahrenheit graph shows that the two temperature scales have a linear relationship, meaning that they increase and decrease at a consistent rate. This relationship allows for easy conversion between the two scales using a simple formula.
Water and ice can coexist at 0 degrees Celsius because this is the temperature at which water transitions between its solid (ice) and liquid states. At 0 degrees Celsius, the rate of melting ice is equal to the rate of freezing liquid water, resulting in a dynamic equilibrium where both forms can exist simultaneously.
Celsius/Centigrade is used based on the temperature of water, melting point being 0oC and boiling point, 100oC, Kelvin is a scale which increases at the same rate as Celsius, i.e. an increase of 1oC is equal to an increase in 1K however it is 273.15 lower so zero is at the lowest temperature possible. Fahrenheit was calculated using 3 reference points, a mixture of ice, ammonia chloride and body temperature, and Rankine is related to Fahrenheit in the same way that Kelvin is to Celsius, increasing at the same rate but being zero at absolute zero.
A body found at 34 degrees Celsius (93.2 degrees Fahrenheit) is likely to have been dead for several hours, as the normal human body temperature is around 37 degrees Celsius (98.6 degrees Fahrenheit). The rate of cooling depends on various factors, including the environment and body mass. Generally, a body cools at a rate of about 1-1.5 degrees Celsius per hour in a typical room temperature environment. Therefore, if the body is at 34 degrees Celsius, it may have been dead for approximately 2-3 hours, but this can vary significantly based on conditions.
Yes, evaporation can occur at 0 degrees Celsius, but at a slower rate compared to higher temperatures. As long as there is enough heat energy for molecules to break free from the liquid surface, evaporation can still take place.
APR is the most useful measure of interest rate.
Water freezes at 0 degrees Celsius (32 degrees Fahrenheit) under normal atmospheric pressure. The rate at which water freezes depends on factors such as temperature, agitation, and impurities in the water.
Temperature affects the rate of the cricket's chirping. Each type of cricket has its own speed, but the Snowy Tree Cricket can be used to estimate temperature is degrees Fahrenheit by adding 40 to the number of chirps in 15 seconds. The common field cricket is not so accurate, but this formula will give a reasonable approximation for them as well.