No, they have to be a couple of degrees below body temperature to produce. That's why the testicles are outside the body so that they can be a little cooler.
Worms cannot survive in temperatures below 40 degrees Fahrenheit.
If you think about it, this question cannot be answered. Temperatures vary from day to day and place to place.
If you think about it, this question cannot be answered. Temperatures vary from day to day and place to place.
Flies cannot survive at temperatures above 150 degrees Fahrenheit. Most flies will die at temperatures at or below 40 degrees Fahrenheit.
Not usually. A larger range of temperatures would mean that organisms would have to have adaptations to survive or else risk perishing in temperatures that their bodies cannot handle. Some fragile types of plants, etc. require a very small static temperature temperature range.
Aural temperatures are taken in the ear. This type of temperature taking is useful for the very young who cannot hold a thermometer in their mouth.
They take on the heat of their surroundings
The coldest temperature at which a snake can survive varies depending on the species, but generally, most snakes cannot survive temperatures below 50 degrees Fahrenheit.
different depths of the ocean have different temperatures. For example: the temperature in the deeper part of the ocean would be colder because the sun cannot easily reach it. The temperature near the surface of the ocean would be warmer because the sun can easily reach it.
This temperature fluctuation is known as diurnal temperature variation, which is common in arid environments with low humidity. During the day, the lack of moisture allows temperatures to rise significantly, while at night the dry air cannot retain heat, causing temperatures to drop rapidly.
Butterflies are unable to fly if they are cold. If the surrounding temperature is below 55 degrees Fahrenheit, butterflies are rendered immobile.
No, most bacteria cannot survive in 1000 degree temperature as they typically cannot withstand extreme heat. Such high temperatures would denature proteins and destroy cell structures, leading to the bacteria's death.