Question

Define IE and I E₂ . Why
is IE₂> IE, for
Discuss the factor that effect It of an
Monday 05
given atom?
for a
element ?​

Answer 1

Answer:

ionisation energy or ionisation enthalpy is the enrgy required to remove the most loosely bound electron from an isolated gaseous atom .

ionisation energy or ionisation enthalpy is the enrgy required to remove the most loosely bound electron from an isolated gaseous atom . and IE1 , IE2 , these are the removal of first as well as second electron from an atom .

ionisation energy or ionisation enthalpy is the enrgy required to remove the most loosely bound electron from an isolated gaseous atom . and IE1 , IE2 , these are the removal of first as well as second electron from an atom . and the notation that u have given is wrong ,

ionisation energy or ionisation enthalpy is the enrgy required to remove the most loosely bound electron from an isolated gaseous atom . and IE1 , IE2 , these are the removal of first as well as second electron from an atom . and the notation that u have given is wrong , the second ionisation energy is always more than that of first ionisation energy .

ionisation energy or ionisation enthalpy is the enrgy required to remove the most loosely bound electron from an isolated gaseous atom . and IE1 , IE2 , these are the removal of first as well as second electron from an atom . and the notation that u have given is wrong , the second ionisation energy is always more than that of first ionisation energy . beacuse , once a atom looses one electron , then it will trying to make it more stable , so, the force that nucleaus exert on outer shell electron will be increased , in that case we have to apply more force for removing the 2nd electron .

ionisation energy or ionisation enthalpy is the enrgy required to remove the most loosely bound electron from an isolated gaseous atom . and IE1 , IE2 , these are the removal of first as well as second electron from an atom . and the notation that u have given is wrong , the second ionisation energy is always more than that of first ionisation energy . beacuse , once a atom looses one electron , then it will trying to make it more stable , so, the force that nucleaus exert on outer shell electron will be increased , in that case we have to apply more force for removing the 2nd electron . FACTORS AFFECTING IE

ionisation energy or ionisation enthalpy is the enrgy required to remove the most loosely bound electron from an isolated gaseous atom . and IE1 , IE2 , these are the removal of first as well as second electron from an atom . and the notation that u have given is wrong , the second ionisation energy is always more than that of first ionisation energy . beacuse , once a atom looses one electron , then it will trying to make it more stable , so, the force that nucleaus exert on outer shell electron will be increased , in that case we have to apply more force for removing the 2nd electron . FACTORS AFFECTING IE 1- atomic radius , 2- nuclear charge 3- orbital penetration

ionisation energy or ionisation enthalpy is the enrgy required to remove the most loosely bound electron from an isolated gaseous atom . and IE1 , IE2 , these are the removal of first as well as second electron from an atom . and the notation that u have given is wrong , the second ionisation energy is always more than that of first ionisation energy . beacuse , once a atom looses one electron , then it will trying to make it more stable , so, the force that nucleaus exert on outer shell electron will be increased , in that case we have to apply more force for removing the 2nd electron . FACTORS AFFECTING IE 1- atomic radius , 2- nuclear charge 3- orbital penetration 4- sheilding or screening effect 5- electron pairing within a subshell .

Step-by-step explanation:

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Answer 2

Answer:

IE:-

The minimum amount of energy required to remove an electron from the ground state of an atom is called as ionisation energy (IE)

IE2:-

The minimum amount of energy required to remove an electron from a unipositive cation is known as second ionisation energy (IE2).

IE2>IE

The second ionisation energy is always greater than the ionisation energy because more energy is required to remove the electrons of inner shell.