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3. false bc they gain energy
4. to gain energy, u most move upwards
5. if an electron loses energy, it moves closer to the nucleus, moving downwards

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1.

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Number 5 is false because if the electron loses energy it would move down not up.

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1. False, statement 3 states that electrons swim in a sea of positive charges, when in reality, electrons orbit a nucleus, formulating that it is not.
3. False, statement 3 is false because electrons can move from one orbital or another from gaining exactly the right amount of energy to move from one level to another.
4. False, statement 4 is false because if an electron were to GAIN energy, it would have to move upwards.
5. False, statement 5 is false because if  an electron loses energy, it moves closer to the nucleus, furthermore, moving downwards

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1 is false because electrons are negative charges
2 is true
3 and 4 is false because they move up an orbit if they gain energy
5 is false because they would move down an orbit if releasing energy

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1: False, this is false because electrons live in negative charges not positive

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4 is false because if an electron

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1. false
2. true
3. false
4 false
5 false

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3) false
4) false

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1: false because electrons have negative charges
2.true
3.False outer electrons can move to lower levels
4. False because when an electron gains energy, it moves up an orbit
5.true

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1) False it never mentions this and electrons have a negative charge
2) True
3)False, when electrons move from one orbital to another they are either gaining or releasing energy

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1) false electrons are negative
2) true
3) false they move up and down

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1) False: They don't swim in a sea of positive they are on orbiting rings.
2) True
3) False:
4) false
5) False

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1. False. Electrons swim in a sea of negative charges, not positive.
3. False. Electrons move through orbitals when they gain or lose energy.
4. False. When an electron gains energy, it should move up an orbital. For example, an electron in orbital 2, when gaining energy, should move to orbital 3.
5. False. While electrons do release light when they lose energy, they should move down an orbital instead of up.

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4. false because when electrons gain or loss energy they move up or down

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1: False he did say they were swimming in postive charges.
2: true because they are mostly referred to shells over energy levels but yea.
3: false it can move by gaining or losing energy
4: false you  must lose energy to go inner
5:false it releases light when you goes to the outer edge.

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1. Okay so I think that the first statement is wrong because the electrons themselves are negative and they are far away from the nucleus to be anywhere near a sea of positive anything
2. true
3.  The third one is false, because they can move up and down depending on their energy levels, if they have higher energy they move up and if they have lower energy then they move down
4. true
5. when they lose energy they do emit light but they would move down not up

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1.False~electrons  are negetative
2.True
3.False~they gain or loose energy
4.False~no you go higher to a higher orbital
5.False~they release light

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1.  False
2. true
3. False, when electrons gain energy they move
4. False, when electrons lose energy it does gain light

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1) false
2)false
3)false, electrons gain energy and move
4)false
5)true

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1:false because electrons have negative charges
3: false because when an electron gains or loses charge it can move up or down an orbit
4: false because when an electron gains energy, it moves up an orbit
5: false, an electron dos admit light while losing energy but, it does not move up an orbital

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1. is false. There are no protons anywhere but the nucleus.

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1: False
2:True
3:False
4:false
5: False

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#4 Is false because you have to loose energy to go down.
#5. True

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1: false

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1: false: Electrons in orbit have positive charge
2: True
3:  False: outer electrons can move to lower levels
4:False: when Electrons are farther  away from the nucleus, the higher level of energy they have
5: False it releases light but moves down an orbit

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2. False - Outer electrons CAN move down closer to the nucleus.
3. False - The farther an electron is from the nucleus, the more energy it has.
4. Same as 3.

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electrons hold negative charges outer electrons can move to a lower level

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1. False: electrons in orbit contain a negative charge
2. True
3. False: electrons either gain or lose energy when they move up or down an orbital
4. False: Electrons lose energy as they get closer to the nucleus
5. False: It moves DOWN an orbital