0
What else can I help you with?
What changes chemical or radiant energy into electrical energy?
A device called a solar cell can convert radiant energy from the sun into electrical energy through a process called the photoelectric effect. Additionally, certain chemical reactions in batteries or fuel cells can also convert chemical energy into electrical energy.
Which form of energy is used by a solar-powered calculator?
The solar-powered calculator uses light energy from the sun to convert it into electrical energy to power the device.
What are some examples energy change?
Some examples of energy change include: A battery converting chemical energy into electrical energy to power a device. The sun converting nuclear energy into electromagnetic radiation (light and heat). Food being converted from chemical energy to kinetic energy as it is digested and used by the body for movement and metabolic processes.
Is the sun a source of electrical energy?
Yes, the sun is a source of electrical energy through the process of solar energy generation, where sunlight is converted into electricity using solar panels.
What device use in calculator to convert solarenergy into electrical energy?
Solar calculators use a photovoltaic cell (solar cell) to convert light energy from the sun into electrical energy. The solar cell generates a direct current (DC) when sunlight hits it, which powers the calculator.
I have energy. Who has a device that converts radiant energy into electrical energy?
You could be a Solar electrical panel made up of many solar cells converting our Sun's radiant light energy into electricity.
What changes chemical or radiant energy into electrical energy?
A device called a solar cell can convert radiant energy from the sun into electrical energy through a process called the photoelectric effect. Additionally, certain chemical reactions in batteries or fuel cells can also convert chemical energy into electrical energy.
Which form of energy is used by a solar-powered calculator?
The solar-powered calculator uses light energy from the sun to convert it into electrical energy to power the device.
How do solar energy panels work?
Solar energy panels take the energy or photons from the sun and turn it into electricity with an inverter. The electricity can be stored in batteries, or be wired straight into an electrical device.
What are some examples energy change?
Some examples of energy change include: A battery converting chemical energy into electrical energy to power a device. The sun converting nuclear energy into electromagnetic radiation (light and heat). Food being converted from chemical energy to kinetic energy as it is digested and used by the body for movement and metabolic processes.
Is the sun a source of electrical energy?
Yes, the sun is a source of electrical energy through the process of solar energy generation, where sunlight is converted into electricity using solar panels.
What device use in calculator to convert solarenergy into electrical energy?
Solar calculators use a photovoltaic cell (solar cell) to convert light energy from the sun into electrical energy. The solar cell generates a direct current (DC) when sunlight hits it, which powers the calculator.
What is a device that collects energy from the sun?
solar panel
What is a device to collect energy from the sun?
Solar panels.
What kind of energy that leaves convert the sun's light energy into?
Solar panels convert the sun's light energy into electrical energy.
Where does solar satellites and devices get electrical energy from?
The Sun
What device changes radiant energy in electrical energy?
Solar panels change radiant energy into electrical energy. Solar panels contain photovoltaic cells which are comprised of semiconductors which require little energy to emit electrons. The radiant energy contains well.. energy! This energy is stored in the photons, the ''packs'' light or other radiant energy comes in. This photons come in contact with the photovoltaic cells (which would appear as sheets of metal) passes on energy and this added amount of energy causes the material (photovoltaic cells) to emit electrons. The electrons (negative charge) are attracted to a positively charged metal (relative to the incident metal which the photons strike) and are then carried where needed (either stored or used).
