No
There is no wire insulation on this earth that can stand a temperature of 658 degrees C (1268 degrees F.).
There is actually no specific formula used to work out cable size. In order to determine the type of cable you need and the size you need, you need to know the source of the supply, the voltage of the system, the ambient temperature, and the method you plan on laying out the cable.
That depends on the refrigerant type and ambient air temperature.
80w-90 if ambient temperature is under 104F or 40C
A 70 mm² cable size refers to the cross-sectional area of the conductor, which is 70 square millimeters. This measurement indicates the amount of electrical current the cable can safely carry, with larger cross-sectional areas typically allowing for higher current capacities. It is commonly used in electrical installations for power distribution, especially in industrial and commercial applications. The actual current capacity also depends on factors such as insulation type, installation conditions, and ambient temperature.
They are a special type of ectotherm called a poikilotherm meaning they have the same body temperature as their ambient surroundings.
That would depend on the type of battery, and probably also on the ambient temperature.
Examples: type of ilumination, magnitude, type (optical, electron microscopy, scanning microscopy, etc.), working temperature (ambient or high temperature), resolution, etc. See also the link below.
Depends on the type of cable, the method of fixing the cable, the ambient temperature and the way the cable has been run to the motor (i.e in trunking, Conduit) Bascially a cable with a current carry capasity of 2 amps should be fine (1.45 amps with power factor of unity and no de-rating factors). Remember 1mm cable can carry at least 8 amps. Also please improve your English when asking stupid questions!!
Depends on the ambient air temperature, humidity level, and type of refrigerant used.
The amp rating of a 2.5sq mm copper cable depends on factors such as insulation type, installation method, ambient temperature, and specific application. In general, a 2.5sq mm copper cable can typically carry around 20-25 amps of current in a typical household wiring scenario. It is recommended to consult with a qualified electrician or refer to local electrical codes for precise amp ratings.
Heat is a type of energy that moves from an area of high temperature to one of lower temperature.