According to VBT, the direction of a bond which is formed due to overlapping will be _____________

According to VBT, the direction of a bond which is formed due to overlapping will be _____________ Correct Answer In the same direction in which orbitals are concentrated

The direction of the bond formed will be in that direction in which the orbitals are concentrated. For Example: When two px orbitals overlap, the bond is formed along the x-axis.
Bissoy MCQ

Related Questions

According to VBT, the formation of a stable bond requires _____________
Study the following statements.
1. A bond formed by the transfer of electrons between atoms of the element is called ionic bond.
2. A bond formed by sharing of electrons between atoms of the elements is called covalent bond.
Which of the statements given above is/are correct?
Propositions as regards the liability of the surety under the surety bond are:
1. The liability of the surety is mutually exclusive of the liability of the accused under his personal bond.
2. The liability of the surety is contingent on the liability of the accused under his personal bond the liability of the surety.
3. is limited to the amount of the surety bond.
Now which of the following is correct
A bond gets matured in 10 years . invested TK. 42,000 in this bond and received Tk. 105000 once the bond matured . If the bond was under simple interest . then what was the rate of interest per annum?
If the bond length of C-Cl bond in chloromethane is 178pm, what will be the probable bond length of C-Br bond in bromomethane?
Identify the incorrect statement regarding VBT.
The formation of odd electron molecules such as H2+, NO, O3 is also explained in VBT.
Which of the following statement is correct?
Statement I Indian MNC issuing bond denominated in Indian, which is sold to investors in USA is an example of European Bond.
Statement II If, an Indian firm issues dollar denominated bonds in Europe then it is a foreign bond.
Which one of the following species has the highest bond order, shortest bond length and maximum bond strength?
Which of the following components constitute a molecular mechanics force field?
P. Bond stretching
Q. Bond angle bending
R. Torsional bond rotation
S. Non-bonded interactions