It is true. Ozone is an allotrope of oxygen.
False. Ozone levels are generally lower during the winter months due to reduced sunlight and colder temperatures, which inhibit the photochemical reactions that produce ozone. In contrast, ozone levels tend to be higher in the summer when sunlight is more intense, leading to increased chemical reactions that form ozone in the atmosphere.
True. Oxygen atoms are colorless, meaning they do not have a visible color in their pure form. The color we perceive when we see oxygen is often due to how it interacts with other substances or the environment.
Lightning is a massive flow of electrons, that superheats gas to a conductive plasma state, and radiates broad spectrum energetic radiation... including ionizing radiation. Either the oxygen atoms in the plasma, or the ionizing radiation breaks apart oxygen molecules to make oxygen atoms, then some of these now-loose oxygen atoms combine with oxygen molecules to make ozone.
True. Diatomic elements, such as oxygen (O2), nitrogen (N2), and hydrogen (H2), are generally stable in their molecular form due to the strong bonding between the two atoms.
it does not cause the creation of the ozone.
Yes, that's a true statement. In one of the great coincidences of science, that form of oxygen is called "ozone".
yes
False it is. It is present in the stratosphere.
true
False.
True. Oxygen atoms are colorless, meaning they do not have a visible color in their pure form. The color we perceive when we see oxygen is often due to how it interacts with other substances or the environment.
False
Lightning is a massive flow of electrons, that superheats gas to a conductive plasma state, and radiates broad spectrum energetic radiation... including ionizing radiation. Either the oxygen atoms in the plasma, or the ionizing radiation breaks apart oxygen molecules to make oxygen atoms, then some of these now-loose oxygen atoms combine with oxygen molecules to make ozone.
True, fire must have oxygen to burn.
True. Diatomic elements, such as oxygen (O2), nitrogen (N2), and hydrogen (H2), are generally stable in their molecular form due to the strong bonding between the two atoms.
True
True