No it isint, it is all your preference
It is colder in the mornings because the sun is only just starting to heat the earth. During the night, it is colder than the mornings, but the mornings are a close second.
It doesn't. The temperature of a gas that is sealed in a rigid chamber may change (either to get colder or to get warmer) but only because of heat that is either lost to, or gained from the environment.
The ocean water temperature off Hawaii only varies from about 76 to 81 degrees F. Colder is from about December to April, warmer May to November.
A freezer is colder than a refrigerator because it’s designed to keep food frozen at around -18°C (0°F), which stops bacteria and spoilage much more effectively than a fridge, which only cools to about 1–4°C.
White-tailed deer have an internal control system which maintains body temperature regardless of the external temperature. If it is too hot outside they tend to pant like dogs and extrude sweat only through their noses, and will also find shade to keep cool. During colder times, they will eat constantly to maintain body temperature and their energy, if they can find sufficient food.
35° Fahrenheit = 1.7° Celsius 35° C = 95° F 35° F is only slightly warmer than ice. 35° C is only slightly cooler than body-temperature. 35° F is colder.
No it is not. It is actually only 2.6 degrees colder than the regular human body temperature. Which is 98.6. Therfore, 96 degrees would be considered a regular temperature maybe even hot.
-40 is the only temperature where F and C are exactly the same. Neither one is colder.
no, there are some materials that exist in their liquid state outside of room temperature. Water, for example is stays a liquid if u make it colder or hotter as long as u dont go by 0 degreesC or 100 degreesC
No. Heat is conducted from a region of high temperature to that of lower temperature. If the whole rod is at the same temperature then there is no temperature gradient and so no heat will be conducted.
Heat will transfer from the hotter object to the colder one until they both reach thermal equilibrium, where they have the same temperature. This transfer occurs through conduction, the direct contact of particles exchanging energy.
Yes, the lowest possible temperature in the universe is -273.15 degrees Celsius, known as absolute zero. At this temperature, particles have minimal energy and motion. Nothing can be colder than absolute zero; it is a fundamental limit in thermodynamics.