What is the bond order of C2 +?
What is the bond order C2+? Bond order = 1/2 (number of electrons in bonding orbitals – number of electrons in antibonding orbitals) Therefore Bond order of C2+ = 1/2 (5 – 2) = 3/2 = 1.5.
Is C2 2 -) paramagnetic or diamagnetic?
Since C2 is known to have zero unpaired electrons, it is diamagnetic in nature.
Is C2 a paramagnetic species?
B2 has two unpaired electrons, therefore, B2 is paramagnetic. C2 has no unpaired electron, therefore, C2 is diamagnetic.
Why is C2 2+ paramagnetic?
The molecule C2 has all paired electrons thus if we add one electron, it will be unpaired thus C2− is paramagnetic.
How many bonding electrons does C2+ have?
From the molecular orbital diagram of the $C_{2}^{+}$ molecule we can see that it has 7 electrons in its bonding orbitals (${{N}_{b}}$) and 4 electrons in its antibonding orbitals (${{N}_{a}}$).
How many electrons does C2+ have?
C2 plus have 11 electrons. So 11 electron containing molecule electronic configuration will be according to molecular orbital theory.
IS NO+ paramagnetic or diamagnetic?
Nitric oxide is paramagnetic because of the presence of an odd electron (unpaired electron). When this electron is lost, NO+ is formed which is diamagnetic.
Is B2+ paramagnetic or diamagnetic?
B2+ is a Paramagnetic. The filled orbitals are (1s)2, (1s)2, (2s)2, (2s)2. The half-filled orbitals are (2px) and (2py). Since it posses 2 unpaired electrons, it is Paramagnetic in nature.
Why C2 molecule is diamagnetic?
C2 is diamagnetic because all of its electrons are paired.
What is the effect of the process C2 → C2+ e on bond order of C2?
Bond order for C2 → C2+ e- decreases from 2 to 1.5 but the bond order for O2 → O2+ + e- increases from 2 to 2.5.
Is Be2+ paramagnetic or diamagnetic?
b) B e 2 + Be_2^+ Be2+ ion is paramagnetic, not diamagnetic due to unpaired electron.
Is C2+ stronger than C2?
Question 4, part A of the 2010 final asks whether C2+ or C2- has the stronger bond, and I determined C2+ to be stronger since it has the higher bond order. But the answer says that C2- is stronger since the extra electron is in a bonding molecular orbital.
Does C2 or C2+ have a stronger bond?
C2+ has lesser bond energy than C2. Therefore, C2+ has a longer bond length than C2.
HOW IS NO+ paramagnetic?
Nitric oxide is paramagnetic because of the presence of an odd electron (unpaired electron). When this electron is lost, NO+ is formed which is diamagnetic.
IS NO+ a paramagnetic species?
In NO, there is one unpaired electron in antibonding π molecular orbital. Since NO is an odd electrons system so it will have an unpaired electron making it paramagnetic species.
Is B2+ A stable species?
A: B2 + cation has one unpaired electron. Bond order is 0.5 As bond order is 0.5, It is not stable…
Is b22 paramagnetic?
Answer and Explanation: a. Only B2 is paramagnetic. All the others are diamagnetic.
Why is C2 not paramagnetic?
B2 is paramagnetic because it has two unpaired electrons, one in each of its p orbitals. b. C2 is diamagnetic because all of its electrons are paired.
Which of the following molecules is paramagnetic C2?
Oxygen is paramagnetic because the oxygen molecule contains two unpaired electrons. Hence, option C is correct.
Which is more stable C2+ or C2?
The bond order results show that the C2- has the highest number of valence electrons and highest bond energy. Therefore, C2- supposedly has the shortest bond length. C2+ has lesser bond energy than C2. Therefore, C2+ has a longer bond length than C2.
Is li2+ paramagnetic or diamagnetic?
In this case, the number of unpaired electrons n =
| Species (Molecules or ions) | Total Number of electrons | Magnetic Behavior |
|---|---|---|
| H2, He22+ | 2 | Diamagnetic |
| H2-,He2+ | 3 | Paramagnetic |
| He2, | 4 | Diamagnetic |
| Li2+,He2- | 5 | Paramagnetic |
•Aug 15, 2020
IS NO+ diamagnetic?
Nitric oxide is paramagnetic because of the presence of an odd electron (unpaired electron). When this electron is lost, NO+ is formed which is diamagnetic.
Which of the following is paramagnetic NO+ CO?
Explanation: CN- , CO and NO+ are isoelectronic with 14 electrons each and there is no unpaired electrons in the MO configuration of these species. So these are diamagnetic. O-2 is paramagnetic due to the presence of one unpaired electron.
Is B2+ diamagnetic or paramagnetic?
B2+ is a Paramagnetic. The filled orbitals are (1s)2, (1s)2, (2s)2, (2s)2.
How many unpaired electrons does B2+ have?
A: B2 + cation has one unpaired electron.
Why are B2 and O2 paramagnetic?
According to molecular orbital Theory (MOT), there is 1 unpaired electron in the π2px antibonding orbital and another unpaired electron in π2py antibonding orbital. As molecules containing unpaired electrons are strongly attracted by magnetic field, hence oxygen has paramagnetic nature.
IS NO+ paramagnetic?
Nitric oxide is paramagnetic because of the presence of an odd electron (unpaired electron). When this electron is lost, NO+ is formed which is diamagnetic.
Which of the following is paramagnetic N2 O2 h2 C2?
question. O2 is paramagnetic and F2 has the highest bond length among the given diatomic compounds. – C2, N2 and F2 have no unpaired electrons, so they are diamagnetic in nature. – Only O2 has unpaired electrons in it, so it is paramagnetic in nature.
Which is more stable Li2+ or Li2?
Li2+ is more stable than Li2− because Li2− has more numbers of antibonding electrons.
Which of the following is paramagnetic NO+ B2 Co?
Expert-verified answer "CO and B2 are paramagnetic in nature. B2 = 10 electron. It is an exception. Hence, it is paramagnetic in nature.