Which one do you think it is and why?Vavi Ask said:Please, can anyone tell me which one and how did you get it?
I believe it's option 3 because that's the only compound I'm not able to draw resonance structures for. But I still have doubt with the others. Can you please help me?TeethWhitener said:Which one do you think it is and why?
They're all wrong, coz I was only able to draw chains and not branches. But still, I believe they have resonance structures. But option 3, I'm not able to do anything.TeethWhitener said:What resonance structures were you able to draw for the others?
I don't understand what this means. What are the structures you drew?Vavi Ask said:They're all wrong, coz I was only able to draw chains and not branches.
Sorry sir, I don't know how to explain further. I'm not able to insert the picture of what I've drawn, otherwise I could've shown you at what conclusion I've arrived at. Please sir, it's urgent and important. I shall compare your answer with what I've understood or got and learn it.TeethWhitener said:I don't understand what this means. What are the structures you drew?
This is not how we do things here. We can help get to the solution, but we will not give you the answer.Vavi Ask said:Sorry sir, I don't know how to explain further. I'm not able to insert the picture of what I've drawn, otherwise I could've shown you at what conclusion I've arrived at. Please sir, it's urgent and important. I shall compare your answer with what I've understood or got and learn it.
Resonance is a phenomenon in which an object or system vibrates at its natural frequency in response to external forces.
Stability refers to the ability of a system to maintain its equilibrium or balance in the face of disturbances or changes in the environment.
Resonance can either enhance or disrupt stability, depending on the situation. In some cases, resonance can cause a system to vibrate uncontrollably and lose stability. In other cases, resonance can help stabilize a system by allowing it to dissipate energy more efficiently.
The factors that can affect resonance and stability include the properties of the system, such as its mass and stiffness, as well as the frequency and amplitude of the external forces acting on the system.
Resonance and stability can be controlled by adjusting the properties of the system, such as its mass and stiffness, or by changing the frequency and amplitude of the external forces. In some cases, adding damping materials or applying counteracting forces can also help control resonance and stability.