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A metallic conductor is loosely bound electrons called free electrons the metallic conductor is :-
  • a)
    Positively charged
  • b)
    Negatively charged
  • c)
     
    N
    eutral
  • d)
     Either Positively or Negatively charged
Correct answer is option 'A'. Can you explain this answer?
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A metallic conductor is loosely bound electrons called free electrons ...
METALS TENDS TO LOOSE ELECTRONS HENCE THEY ARE POSITIVELY CHARGED
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Most Upvoted Answer
A metallic conductor is loosely bound electrons called free electrons ...
"when we talk about charge flowing (which caused e electrical )and is always -ve charge we are returning to it is such that is see electron I think from a point A to B. Then of course negative charge flow from it to be it can also be interpreted for +ve charge flowing from B to A . proton on the other hand can also in connector under that application of Voltage like electron loosly bounded do , as theY r tightly held inside the nucleus and considerably heavier. . . .hope it'll be help U●●●●●
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A metallic conductor is loosely bound electrons called free electrons ...
A metallic conductor contains free electrons which means it has 1or 2 or 3 as its valanced electrons so it will give its electrons which makes it electropositive 
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Read the given passage and answer the questions:Metallic Character: The ability of an atom to donate electrons and form positive ions (cation) is known as electro-positivity or metallic character. Down the group, metallic character increases due to increase in atomic size and across the period, from left to right electropositivity decreases due to decrease in atomic size. Non-Metallic Character: The ability of an atom to accept electrons to form a negative ion (anion) is called non-metallic character or electronegativity. The elements having high electro-negativity have a higher tendency to gain electrons and form anion. Down the group, electronegativity decreases due to increase in atomic size and across the period, from left to right electro -negativity increases due to decrease in atomic size.Hydrogen is placed along with Alkali metals in the modern periodic table though it shows nonmetallic character

Read the given passage and answer the questions:Metallic Character: The ability of an atom to donate electrons and form positive ions (cation) is known as electro-positivity or metallic character. Down the group, metallic character increases due to increase in atomic size and across the period, from left to right electropositivity decreases due to decrease in atomic size. Non-Metallic Character: The ability of an atom to accept electrons to form a negative ion (anion) is called non-metallic character or electronegativity. The elements having high electro-negativity have a higher tendency to gain electrons and form anion. Down the group, electronegativity decreases due to increase in atomic size and across the period, from left to right electro -negativity increases due to decrease in atomic size.Identify the reason for the gradual change in electronegativity in halogens down the group.

Read the given passage and answer the questions:Metallic Character: The ability of an atom to donate electrons and form positive ions (cation) is known as electro-positivity or metallic character. Down the group, metallic character increases due to increase in atomic size and across the period, from left to right electropositivity decreases due to decrease in atomic size. Non-Metallic Character: The ability of an atom to accept electrons to form a negative ion (anion) is called non-metallic character or electronegativity. The elements having high electro-negativity have a higher tendency to gain electrons and form anion. Down the group, electronegativity decreases due to increase in atomic size and across the period, from left to right electro -negativity increases due to decrease in atomic size.Which of the following has highest electronegativity?

Read the given passage and answer the questions:Metallic Character: The ability of an atom to donate electrons and form positive ions (cation) is known as electro-positivity or metallic character. Down the group, metallic character increases due to increase in atomic size and across the period, from left to right electropositivity decreases due to decrease in atomic size.Non-Metallic Character: The ability of an atom to accept electrons to form a negative ion (anion) is called non-metallic character or electronegativity. The elements having high electro-negativity have a higher tendency to gain electrons and form anion. Down the group, electronegativity decreases due to increase in atomic size and across the period, from left to right electro -negativity increases due to decrease in atomic size.Which of the following correctly represents the decreasing order of metallic character of Alkali metals plotted in the graph?

Read the given passage and answer the questions:Metallic Character: The ability of an atom to donate electrons and form positive ions (cation) is known as electro-positivity or metallic character. Down the group, metallic character increases due to increase in atomic size and across the period, from left to right electropositivity decreases due to decrease in atomic size.Non-Metallic Character: The ability of an atom to accept electrons to form a negative ion (anion) is called non-metallic character or electronegativity. The elements having high electro-negativity have a higher tendency to gain electrons and form anion. Down the group, electronegativity decreases due to increase in atomic size and across the period, from left to right electro -negativity increases due to decrease in atomic size.Which of the following reasons correctly justifies that “Fluorine (72pm) has a smaller atomic radius than Lithium (152pm)”?

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A metallic conductor is loosely bound electrons called free electrons the metallic conductor is :-a)Positively chargedb)Negatively chargedc)Neutrald)Either Positivelyor Negatively chargedCorrect answer is option 'A'. Can you explain this answer?
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