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PHYSICS p42 GT

PHYSICS p42 GT


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118
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Charge on isotopes is same. You can google it. Isotopes have similar charge as neutrons have no charge. Then how can charge be different?
Bhai quest ma likha tha ions of same isotope. Kya ions +1 +2 ki state ma exist nahi kartay?
 
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Damn... Didn't read the question and realize they were ions of same isotope of same mass ==
 
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Chalo, mana they have different charge, now tell me buddy, do we multiply the nucleon no. With the unified atomic mass or the proton no? Since proton no. Remains the same. So tell me, can mass be different or not?
Bhai quest ma likha tha ions of same isotope. Kya ions +1 +2 ki state ma exist nahi kartay?
 
Messages
92
Reaction score
55
Points
28
Mass can be different. But question stated that the ions were from the same isotope. So mass is same for all ions
 
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118
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38
Chalo, mana they have different charge, now tell me buddy, do we multiply the nucleon no. With the unified atomic mass or the proton no? Since proton no. Remains the same. So tell me, can mass be different or not?
Kya charge sirf proton k gain or loss sa ata hai... ions form by gain and loss of electrons.
 
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119
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Mass can be different. But question stated that the ions were from the same isotope. So mass is same for all ions
Dude! Isotopes have same proton number, YES, BUT when we find the mass of each isotope, we MULTIPLY the nucleon no. Which for EVERY isotope is different.
 
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Atoms of isotopes have same number of positively charged particles called protons but no net charge. When an isotope loses electrons, number of protons > number of electrons, it has a net positive charge.
 
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Question stated ions were formed from atoms of the same type of isotope. So same mass for all ions
 
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