Yes a hotpocket and a cockroach, no there is not anything that can withstand that type of heat
If a large object were to be thrown onto the sun, it would be vaporized almost instantly due to the extreme heat and pressure. The object would not reach the sun's surface before disintegrating in its outer atmosphere.
The sun's heat is radiated to the earth which enters the atmosphere. This heat warms up the surface but is then reflected back into space. But, as the atmosphere's amount of greenhouse gases is increasing, less heat is escaping from the earth's surface and is getting trapped. This results in what we call 'global warming' as the earth's temperature heats up.
The Sun is a star, specifically a massive ball of glowing gas that emits light and heat through nuclear reactions in its core.
Yes, the sun is an illuminated object. It emits its own light and energy through nuclear fusion processes happening in its core, making it one of the main sources of light and heat in our solar system.
no the sun is a boy bekos it's flames fore a boy and water fore a girl
Because of the heat.
The direct object of the verb 'trap' is the noun heat(plants trap heat).
Another example of an object that transfers heat by radiation is a fireplace.
The sun. All other objects reflect heat and light from the sun.
Heat transfer is when heat is transfered from one object to another,for example,the sun gives the Earth warmth and energy
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An example of heat transferred by radiation is feeling the warmth of the sun on your skin. The sun's energy travels through space as electromagnetic waves and warms the objects it comes into contact with.
If a large object were to be thrown onto the sun, it would be vaporized almost instantly due to the extreme heat and pressure. The object would not reach the sun's surface before disintegrating in its outer atmosphere.
The Sun's heat travels in the form of radiation at the speed of light, which is about 186,282 miles per second (299,792 kilometers per second). Once the radiation reaches an object, the rate at which the object heats up depends on factors such as its distance from the Sun, its composition, and its ability to absorb and retain heat.
When sunlight is absorbed by an object, the object absorbs the energy from the sun, causing it to heat up. If the light is reflected or passes through the object, less energy is absorbed, resulting in the object being heated to a lesser degree. This is due to how different materials interact with light energy.
A star, a.k.a. a sun.
The closer an object is to the sun, the more heat it receives. If Earth were too close to the sun it would be too hot to support life.