with strong outer shells,rockets can resist the atmosphere's extremely high temperature created by their rapid movement through the atmosphere
Rocks can resist heat and cold due to their high thermal conductivity and density. This allows them to absorb and release heat slowly, helping them withstand temperature changes. Additionally, the mineral composition and structure of rocks contribute to their ability to resist extreme temperatures.
Rockets have to withstand extreme temperatures during launch and reentry, intense vibrations during liftoff, and high speeds as they travel through Earth's atmosphere and beyond.
The inner core is solid due to the extreme pressure at its center, which compresses the iron and nickel into a solid state even at high temperatures. The inner core's solid nature allows it to maintain its structure and resist the extreme temperatures present in the Earth's core.
the high or low temperature at a very high range is called extreme climate
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Rockets are painted white to reflect sunlight and minimize heat absorption, helping to regulate the temperature of the spacecraft. The use of black is to help radiate excess heat from the rocket. This color scheme helps to protect the spacecraft and sensitive equipment from extreme temperature fluctuations during launch and while in space.
Water's high specific heat capacity is the property that allows it to resist rapid changes in temperature. This means that water can absorb or release a large amount of heat energy without its temperature changing significantly.
Rockets are typically made using materials such as aluminum, titanium, carbon fiber, and various high-strength alloys. These materials are chosen for their lightweight, high strength, and heat-resistant properties to withstand the extreme conditions of space travel.
All locations have high and low temperatures. Some more extreme than others.
Rockets shoot fire by expelling hot gases generated from the combustion of fuel and an oxidizer. Inside the rocket engine, the fuel burns in a combustion chamber, producing high-pressure and high-temperature gases. These gases are then directed through a nozzle, where they expand and accelerate, creating thrust that propels the rocket forward. The visible flames are a result of the burning fuel and the high-temperature gases exiting the engine at high speed.
The temperature in the mesosphere within the Earth is very high, reaching up to 4,000-6,000 degrees Celsius. This high temperature is due to the extreme pressure and heat generated by the Earth's core.
Water's high specific heat capacity allows it to resist a change in temperature because it can absorb or release a significant amount of heat energy before its temperature changes. This property is due to hydrogen bonding between water molecules, which requires a lot of energy to break.