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When a matchstick is burned, the thermal energy is released as a result of the chemical reaction between the match head (containing sulfur and potassium chlorate) and the striking surface (containing red phosphorus). This reaction generates heat energy, causing the matchstick to ignite and produce a flame.
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What energy was given off by the burning matchsticks How do you know?
The energy given off by burning matchsticks is in the form of light and heat. This can be observed through the bright flame that is produced and the warmth that is felt when a matchstick is burning.
Types of energy transformed into thermal energy?
i want to know too. answer- chemical energy
Name 5 different sources of heat?
We know that chemical, mechanical, electrical and nuclear phenomenon create thermal energy. Combustion (burning) is chemical, and we know that creates thermal energy. Mechanical action creates heat, and your vehicle's brakes know this well. Electrical energy can be used to create heat in resistive heating elements. Nuclear reactions result in a jump in the energy of atoms and molecules involved, and this is expressed as heat.
The total kinetic and potential energy of the molecules of an object is know as?
The total kinetic and potential energy of the molecules of an object is thermal energy.
What are all 9 types of energy?
I do know all of the types of energy, but I do know the following types: Mechanical Energy Chemical Energy Electrical Energy Heat (Thermal) Energy Light Energy Sound Energy Hope this helps. :)
What energy was given by the burning matchstick?
The energy given off by the burning of a match is called thermal energy. If you want to know the amount of energy, you then need to have more information related to the mass and material of the match.
What energy was given of by burning the matchstick?
The energy given off by the burning of a match is called thermal energy. If you want to know the amount of energy, you then need to have more information related to the mass and material of the match.
What energy was given off by the burning matchsticks How do you know?
The energy given off by burning matchsticks is in the form of light and heat. This can be observed through the bright flame that is produced and the warmth that is felt when a matchstick is burning.
How do you know if a gas is hydrogen?
Bring a burning matchstick near the test the gas. If the gas burns with a pop- sound then the gas is hydrogen
Is heat energy thermal energy?
yes it is! the only reason i know is because i am studying Stephen hawking! Heat is Thermal Energy, because its the energy generated by the movement or vibration of particles which is the heat. yes
How much thermal energy does 10cm3 of methylated spirit release when burning?
The thermal energy released when burning 10 cm3 of methylated spirit can vary depending on factors such as the efficiency of combustion and the temperature at which it burns. In general, the calorific value of methylated spirit is around 29.7 kJ per gram. Therefore, you would need to know the mass of 10 cm3 of methylated spirit to accurately calculate the thermal energy released.
What energy transfer does making pancakes in a frying pan use?
Thermal energyIf you want to know more go in Bitesize.com
How is thermal energy from steam transfer to a radiator?
Why would i know?
Types of energy transformed into thermal energy?
i want to know too. answer- chemical energy
What thermal is?
Thermal is a type of scientific term used in science. It is usually connected with a word so as an example: thermal energy = a type of energy or thermal socks = warm socks. Eventually you'll notice thermal has almost always something to do with heat and temperature. If you want to know what Thermal energy exactly is look up on this website .... all this asked for is " what thermal is"
In order for radiant energy to change to thermal energy it must be?
d. u know what i mean
Name 5 different sources of heat?
We know that chemical, mechanical, electrical and nuclear phenomenon create thermal energy. Combustion (burning) is chemical, and we know that creates thermal energy. Mechanical action creates heat, and your vehicle's brakes know this well. Electrical energy can be used to create heat in resistive heating elements. Nuclear reactions result in a jump in the energy of atoms and molecules involved, and this is expressed as heat.
