Self Studies

Chemical Bondin...

TIME LEFT -
  • Question 1
    1 / -0

    Octet of electrons, represents a particularly stable electronic arrangement.. Atoms achieve the stable octet when they are linked by chemical bonds. This rule is associated with one of the following theories

  • Question 2
    1 / -0

    Which of the following statements about electrovalent substances is false?

  • Question 3
    1 / -0

    Which of the following has the greatest covalent character?

  • Question 4
    1 / -0

    The dipole moments of diatomic molecules AB and CD are 10.41 D and 10.27 D, respectively, while their bond distances are 2.82 Ao and 2.67 Ao, respectively. What does this indicate? [Electronic charge (q) = 4.8 x 10-10 esu]

  • Question 5
    1 / -0

    Which of the following compounds/ions will have the maximum bond angle?

  • Question 6
    1 / -0

    The numbers of bond pairs and lone pairs in ammonia molecule are _______, respectively. 

  • Question 7
    1 / -0

    Which of the following geometrical configurations corresponds to dsp2 hybridisation?

  • Question 8
    1 / -0

    The bond formed, as a result of the electrostatic attraction between the positive and negative ions was termed as

  • Question 9
    1 / -0

    788 kJ of energy is required to separate one mole of solid NaCl into one mole of Na+ (g) and one mole of Cl (g) to an infinite distance. This process explains

  • Question 10
    1 / -0

    Which of the following is the least ionic?

Submit Test
Self Studies
User
Question Analysis
  • Answered - 0

  • Unanswered - 10

  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
Submit Test
Self Studies Get latest Exam Updates
& Study Material Alerts!
No, Thanks
Self Studies
Click on Allow to receive notifications
Allow Notification
Self Studies
Self Studies Self Studies
To enable notifications follow this 2 steps:
  • First Click on Secure Icon Self Studies
  • Second click on the toggle icon
Allow Notification
Get latest Exam Updates & FREE Study Material Alerts!
Self Studies ×
Open Now