The temperature. You count how many chirps in 15 seconds then add 40 and that's the temperature in degrees Celsius.
I think you mean "when do air particles increase". they increase when you go lower in the atmosphere. this happens because even though air is lite it gets heavy as you go down in the atmosphere.
The sentence appears to be a random assortment of words and phrases. It does not make sense in its current form. If you can provide more context or clarify your question, I'd be happy to help.
i need help with that too i cant figure it out someone help its way to hard and if you search it up you cant find the answer
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To find the streak of a rock, you can rub the rock against an unglazed white porcelain tile to observe the color of the powder left behind. The color of the streak can help identify the minerals present in the rock.
Crickets a sensitive to the change of air temperature. as the temperature gets higher the amount of cricket chirps increase. To find the temperature from cricket chirps, find out the how many cricket chirps are in 15 seconds and then add 39 this will tell you about the right temperature outside in Fahrenheit. This formula only works with snowy tree crickets wich are common throughout North America. Hope this helped! ~Openchakra
Yes, it is possible to use cricket chirps to estimate the temperature. By counting the number of chirps a cricket makes in a set amount of time, you can roughly calculate the temperature. This method is based on the relationship between temperature and the rate of cricket chirping.
you must first figure out the distance in time each chirp is than multily that by sixty whatever you have left is the chirps a cricket has per minute
The correlation between cricket chirps and the temperature is very approximate.
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.
yes the slower the hotter the faster the colder
I suppose it is because the "cricket" sound it makes when it chirps
you can take the number of times it chirps in 25 seconds and add 40 to it it has to be above atleast 45 to work
The chirp rate is not that fast, no more than about 3 per second in hot weather.It is usually measured in chirps per minute, and because it varies with the cricket's metabolism, it is considered a way to determine the approximate outdoor temperature. The relationship is called Dolbear's Law, for Amos Dolbear, who calculated it using the snowy tree cricket in 1897. If used for field crickets, the calculation may be off by plus or minus 2 degrees depending on the age of the cricket.- If you count the number of chirps in 15 seconds and add 40, you have a Fahrenheit temperature.(a variation on this is chirps in 15 seconds, and add 37)- If you count the number of chirps in 8 seconds and add 5, you have a Celsius temperature.e.g. at 68F/20C, the count should be about 112 chirps per minute.
count the number of chirps in a minute and then add twenty-nine
Matters how much warmer it is durin the summer around here they are much louder
Get a wee wee thermometer, and some lubricant. Gently, but firmly, grasp the cricket by the wings and gently, ever so gently, insert said thermomater into rectum. Do not let the cricket drop or leave. Readings will be red. Alternatively.... use a human ear thermometer and gently impose upon its skull, being ever so gentle, so as not to kill the cricket/.