Steel, Coolant, refrigerant.
Matter is anything that takes up space and has mass.Solids are the state in which the molecules inside the object vibrate in place. Some examples are your car, a tree, or a restaurant.Liquid is the state in which the molecules move around faster but are still close together. Some examples are water, milk, or saliva.Gas is the third state. It has super fast moving particles far apart. Examples are hot air, smoke, or oxygen.
Melting: The substance changes from a solid to a liquid as heat is applied. Freezing: The substance changes from a liquid to a solid as it loses heat. Evaporation: The substance changes from a liquid to a gas as it is heated. Condensation: The substance changes from a gas to a liquid as it cools. Sublimation: The substance changes directly from a solid to a gas without going through a liquid phase.
Solid fueled missiles are just that. They are propelled by a solid fuel. For an everyday example of that, pick up an Estes rocket kit from Michael's craft store and look at it's propellant. Liquid propelled missiles us a liquid propellant, like your car. Liquid propellants also require a second oxidiser, either air or stored oxidiser to burn, solid propellants generally have the oxidizer mixed in. Solid fueled rockets typically can be handled rougher as they are more stable than their liquid counterparts. Hope that answers your question.
An example of filtering a solid from a gas is using a filter to trap particulate matter such as dust or soot from air. As the gas passes through the filter, the solid particles are trapped on the filter medium, allowing the clean gas to pass through. Examples of filters include air filters in HVAC systems or particulate filters in vehicle exhaust systems.
Solid rock cannot travel faster than a car on its own. However, if the rock is propelled by external forces like an explosion or a landslide, it may move faster than a car for a short distance. The speed at which the rock travels would depend on the force propelling it.
liquid. think of what you put into your car.
Neither. It's a vapor (gas).
Anything that can be observed without a chemical reaction taking place. IE: Ice melting, Water Boiling, The coke bottle you left in your car freezing into a solid brick. There are only 5 physical states, the 3 main ones being: Solid, Liquid, and Gas. Any of these changes (solid to liquid, etc.) are examples of a physical change. Other examples are breaking your phone into little pieces and grating cheese onto your pasta.
the kettle and the engines of a Car
Ice crystals on your car windows in the morning. This process is called sublimation. When water vapor hits the windshield it crystalizes(becomes solid) while skipping the liquid state. Solid to gas is sublimation an example would be dry ice(frozen carbon dioxide).
none because a car is a solid not a liquid.............. sometimes people ask stupid qustions
liquid. think of what you put into your car.
Steel and aluminum are solids. Gasoline and water are liquids.
Matter is anything that takes up space and has mass.Solids are the state in which the molecules inside the object vibrate in place. Some examples are your car, a tree, or a restaurant.Liquid is the state in which the molecules move around faster but are still close together. Some examples are water, milk, or saliva.Gas is the third state. It has super fast moving particles far apart. Examples are hot air, smoke, or oxygen.
Melting: The substance changes from a solid to a liquid as heat is applied. Freezing: The substance changes from a liquid to a solid as it loses heat. Evaporation: The substance changes from a liquid to a gas as it is heated. Condensation: The substance changes from a gas to a liquid as it cools. Sublimation: The substance changes directly from a solid to a gas without going through a liquid phase.
A dry cell battery is full of solid or paste-like electrolytes. One example of a dry cell is anode, which is a zinc metal. A wet cell battery is full of liquid electrolytes. One example of a liquid cell is an old car battery.
Deposition is the direct solidification of a vapor by cooling; the reverse of sublimation.