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A photon is a quantum of light energy true of false?
True, a photon is a quantum of energy, E=hf.
Is it true or false that light possesses two properties called photons and waves?
The statement "light possesses two properties: photons and waves" is not true because photons are not a property of light: they're the way light is emitted and absorbed. The correct statement is "light possesses two properties: particles and waves." Other properties of light include intensity, propagation direction, frequency, polarization. More information: Wave/Particle duality of light is one of the longest running paradoxes in Physics. It's wave characteristics, as described by Schrodinger function, are well proven. It's particle characteristics are also well evidenced though only directly at short ranges and lifetimes. The original assumption that all light comes in Photon particles with mass came from gravitational lensing,- light bent by large objects. We now better understand about curved space time curving everything, massive or not, but light is still described as wave bundle /corpuscles. The Photon is not a 'property', the two characteristics current physics uses are are 'waves' and 'particles'. 'Light' is simply a limited section of the energy wave spectrum that happens to be 'visible' to many creatures living on planet earth.
What is true or false sand is the smallest particle and will stick together?
False. Sand is not the smallest particle; it is categorized as a granular material with larger particle sizes compared to silt and clay. While sand particles can stick together due to moisture or adhesive properties, they are not as cohesive as finer particles like clay.
Why particle density is also called true density?
Particle density is sometimes referred to as true density because it represents the actual density of the material excluding any void spaces that may be present. It is a measure of how closely packed the particles are within a given volume, providing a more accurate reflection of the material's intrinsic properties.
What is true about visible light and its properties?
Visible light is a form of electromagnetic radiation that is visible to the human eye. It has properties such as wavelength, frequency, and color. Visible light can be refracted, reflected, and absorbed by different materials, and it travels in straight lines at a constant speed in a vacuum.
A photon is a quantum of light energy true of false?
True, a photon is a quantum of energy, E=hf.
Properties of true solution?
The properties of a true solution are: 1: they are transparent to light 2: they do not separate on standing 3: they are non-filterable
Is it true or false that light possesses two properties called photons and waves?
The statement "light possesses two properties: photons and waves" is not true because photons are not a property of light: they're the way light is emitted and absorbed. The correct statement is "light possesses two properties: particles and waves." Other properties of light include intensity, propagation direction, frequency, polarization. More information: Wave/Particle duality of light is one of the longest running paradoxes in Physics. It's wave characteristics, as described by Schrodinger function, are well proven. It's particle characteristics are also well evidenced though only directly at short ranges and lifetimes. The original assumption that all light comes in Photon particles with mass came from gravitational lensing,- light bent by large objects. We now better understand about curved space time curving everything, massive or not, but light is still described as wave bundle /corpuscles. The Photon is not a 'property', the two characteristics current physics uses are are 'waves' and 'particles'. 'Light' is simply a limited section of the energy wave spectrum that happens to be 'visible' to many creatures living on planet earth.
Is it true that internal motions within the object are used in creating a particle model?
Yes, internal motions within an object are considered in creating a particle model. In the particle model, the object is simplified as a collection of tiny particles that are in constant motion. Understanding these internal motions helps describe the behavior and properties of the object on a microscopic level.
Can matter both absorbs and reflect light?
TRUEEEEEEEEEEEEEEEEEEEE!:]
What is true or false sand is the smallest particle and will stick together?
False. Sand is not the smallest particle; it is categorized as a granular material with larger particle sizes compared to silt and clay. While sand particles can stick together due to moisture or adhesive properties, they are not as cohesive as finer particles like clay.
Why particle density is also called true density?
Particle density is sometimes referred to as true density because it represents the actual density of the material excluding any void spaces that may be present. It is a measure of how closely packed the particles are within a given volume, providing a more accurate reflection of the material's intrinsic properties.
What is true about visible light and its properties?
Visible light is a form of electromagnetic radiation that is visible to the human eye. It has properties such as wavelength, frequency, and color. Visible light can be refracted, reflected, and absorbed by different materials, and it travels in straight lines at a constant speed in a vacuum.
Do particle in the air have more average kinetic energy than particle in the mercury?
It is true.
Both humans and birds can see ultraviolet light true or false?
True. Both humans and birds have the ability to see ultraviolet light, although the range and clarity of this ability can vary between species.
Magnetism and reactivity and fleorescence are three special properties used to identify minerials true or flase?
True. Magnetism, reactivity with acid, and fluorescence are special properties used in mineral identification. Magnetism refers to a mineral's attraction to a magnetic field, reactivity involves a mineral's response to acid, and fluorescence is the emission of visible light when exposed to ultraviolet light.
Is a molecule the smallest particle found?
No, Not true.
