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Protons, Neutrons, Electrons

Protons, Neutrons, Electrons. How Do We Find All 3? And Where Do We Get These Parts Of The Atoms?. C. 6. 12.011. So, How Do We Use All These Numbers to Make Sense of What We Have?. Protons : can be identified by the ATOMIC NUMBER. Therefore… Carbon has. 6 Protons. C. 6. 12.011.

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Protons, Neutrons, Electrons

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  1. Protons, Neutrons, Electrons How Do We Find All 3? And Where Do We Get These Parts Of The Atoms?

  2. C 6 12.011 So, How Do We Use All These Numbers to Make Sense of What We Have? • Protons: can be identified by the ATOMIC NUMBER Therefore… Carbon has 6 Protons

  3. C 6 12.011 So, How Do We Use All These Numbers to Make Sense of What We Have? • Electrons: can be identified by the ATOMIC NUMBER Therefore… Carbon has 6 Electrons

  4. C 6 12.011 So, Mr. M…how can we find the Neutrons then? • Neutrons: can be found when taking the ATOMIC MASS and subtracting out the ATOMIC NUMBER ATOMIC MASS = 12 ATOMIC NUMBER = 6 - 6 Neutrons

  5. Mg 12 24.3 Practice!!!! protons neutrons electrons

  6. Mg 12 24.3 Magnesium 12 Protons 12 Electrons Neutrons = Atomic Mass – Atomic Number 24 – 12 = 12 Neutrons

  7. Cl 17 35.5 Practice 2!!! protons electrons neutrons

  8. Cl 17 35.5 Chlorine 17 Protons 17 Electrons Neutrons = Atomic Mass – Atomic Number 36 - 17 = 19 Neutrons

  9. Bh 107 262.1 Practice 3!!! protons electrons neutrons

  10. Bh 107 262.1 Bohrium 107 Protons 107 Electrons Neutrons = Atomic Mass – Atomic Number 262 - 107 = 155 Neutrons

  11. ?? ?? ?? Name That Element!!!

  12. HELP ME FIND THIS ELEMENT!!! • I am a metal with 35 Neutrons...help me find my name!?!?!?! protons Hint: I am missing from either Group 10, 11, or 12. neutrons electrons

  13. Dum, Dum-Dum, Dum, Dum... protons We search the 3 possible groups and we check Atomic Masses – Atomic NUMBERS to see which one gives us 35 Neutrons 35 neutrons electrons

  14. Zn 30 65.38 HAHA!!!! Zinc is the answer!!!

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