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Do most substances have a negative positive or no charge?
Most substances are electrically neutral, meaning they have no overall charge because they contain equal numbers of protons (positively charged) and electrons (negatively charged). However, some substances can carry a positive or negative charge, especially ions, which occur when atoms gain or lose electrons. In general, the behavior of substances in terms of charge depends on their atomic structure and interactions with other particles.
Do the tranistion metals gain or lose electrons?
Transition metals can both gain and lose electrons, depending on the compound they are in and the reaction conditions. They typically have multiple oxidation states due to their ability to lose different numbers of electrons.
When non metals are most active they can do what?
easily gain electrons
What groups of atoms give off the most energy when they gain electrons?
Group 17, halogens
How does the octet rule determine the lose or gain of electrons by representative elements?
The octet rule states that atoms tend to gain, lose, or share electrons in order to have a full outer shell of 8 electrons, like the noble gases. Representative elements either gain or lose electrons to achieve this stable electron configuration, becoming ions with a charge that corresponds to the number of electrons gained or lost.
What happens when the temperature of a substance decreases significantly A. Most substances will expand. B. Most substances will gain atoms. C. Most substances will contract. D. Most substances will d?
C. Most substances will contract. When the temperature of a substance decreases significantly, its particles lose kinetic energy, causing them to move closer together. This results in a decrease in volume, known as contraction.
When most substances absorb heat energy they?
expand
Do most substances have a negative positive or no charge?
Most substances are electrically neutral, meaning they have no overall charge because they contain equal numbers of protons (positively charged) and electrons (negatively charged). However, some substances can carry a positive or negative charge, especially ions, which occur when atoms gain or lose electrons. In general, the behavior of substances in terms of charge depends on their atomic structure and interactions with other particles.
Is not eating a diet?
Yes. But you shouldn't do it, it is bad for your body. You will lose weight, but it drains your body's energy. As soon as you start eating regularly again, you will gain most of the weight back.
How many electrons does selenium need to lose or gain to be stable?
Selenium needs to gain two electrons to achieve a stable electron configuration. By gaining two electrons, selenium will have a complete outer energy level (valence shell), which is the most stable configuration for an atom.
Why bipolar medicine helps you lose weight?
it doesn't, most make you gain weight
Why metal has lower ionisation energy?
Because the force of attraction between the nucleus and the outer most electron is less. In addition, most metals (but not all) will gain the stable electronic configuration of the nearest noble gas if they lose electron.
What is the usual result when heat energy is applied to most substances?
it expands.
What are the symptoms of not having a balanced diet have?
When you do not have a balenced diet,you are most likely,to lose fat,gain fat,lose fat,and gain it again ETC. It will keep happening unless you keep the diet balenced
How do element become stable?
The elements can only be stable when it complete is octate in its outer most orbit has 8 electrons in its outer most orbit by gaining or losing energy
How do I lose and gain weight and muscle?
Maintaining a high protein low fat diet with a good exercise plan will help you to gain muscle but lose fat. This is what most people do in order to achieve just what you want.
Do the tranistion metals gain or lose electrons?
Transition metals can both gain and lose electrons, depending on the compound they are in and the reaction conditions. They typically have multiple oxidation states due to their ability to lose different numbers of electrons.
