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Buck Thorn ♦
Buck Thorn ♦
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I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description here

enter image description here

But when I saw the following structure (shown below 👇🏻) on Wikipedia I have a doubt about that which structure is correct:

enter image description here

On seeing all the structures, according to me, due to the small size of oxygen to iodine (large size) are unstable on it, therefore the structure 3 is not possible and structure 1 and 2 which are same structure are the correct structures of $\ce{I4O9}$.

Again after thinking I came across the result that the structure on Wikipedia has more chance to be correct because Wikipedia has made this page after my search but the place where I saw the structure 1 and 2 the writer has doubt on itself and this structure is a assumption by him.

I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description here

enter image description here

But when I saw the following structure (shown below 👇🏻) on Wikipedia I have a doubt about that which structure is correct:

enter image description here

On seeing all the structures, according to me, due to the small size of oxygen to iodine (large size) are unstable on it, therefore the structure 3 is not possible and structure 1 and 2 which are same structure are the correct structures of $\ce{I4O9}$.

I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description here

enter image description here

But when I saw the following structure (shown below 👇🏻) on Wikipedia I have a doubt about that which structure is correct:

enter image description here

On seeing all the structures, according to me, due to the small size of oxygen to iodine (large size) are unstable on it, therefore the structure 3 is not possible and structure 1 and 2 which are same structure are the correct structures of $\ce{I4O9}$.

Again after thinking I came across the result that the structure on Wikipedia has more chance to be correct because Wikipedia has made this page after my search but the place where I saw the structure 1 and 2 the writer has doubt on itself and this structure is a assumption by him.

Post Closed as "Duplicate" by Mithoron, Nilay Ghosh, CommunityBot
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Mithoron
Mithoron
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I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3^-)3}$$$$\ce{ I4O9 <=>I^3+(IO3-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description hereenter image description here

enter image description hereenter image description here

But when I saw the following structure (shown below 👇🏻)on on Wikipedia I have a doubt about that which structure is correct:

enter image description hereenter image description here

On seeing all the structursstructures, according to me, due to the small size of oxygen to iodine ( largelarge size  ) ar3are unstable on it, therefore the structure 3 is not possible and structure 1 and 2 which are same structure are the correct structures of $\ce{I4O9}$.

I will feel very helpful if anyone of you help me to know about that which all the following structure of this compound is correct.

Thank you.

I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3^-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description here

enter image description here

But when I saw the following structure (shown below 👇🏻)on Wikipedia I have a doubt about that which structure is correct:

enter image description here

On seeing all the structurs, according to me, due to the small size of oxygen to iodine ( large size  ) ar3 unstable on it, therefore the structure 3 is not possible and structure 1 and 2 which are same structure are the correct structures of $\ce{I4O9}$.

I will feel very helpful if anyone of you help me to know about that which all the following structure of this compound is correct.

Thank you.

I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description here

enter image description here

But when I saw the following structure (shown below 👇🏻) on Wikipedia I have a doubt about that which structure is correct:

enter image description here

On seeing all the structures, according to me, due to the small size of oxygen to iodine (large size) are unstable on it, therefore the structure 3 is not possible and structure 1 and 2 which are same structure are the correct structures of $\ce{I4O9}$.

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Prince Nagar
Prince Nagar
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I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3^-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description here

enter image description here

But when I saw the following structure (shown below 👇🏻)on Wikipedia I have a doubt about that which structure is correct:

enter image description here

On seeing all the structurs, according to me, due to the small size of oxygen to iodine ( large size ) ar3 unstable on it, therefore the structure 3 is not possible and structure 1 and 2 which are same structure are the correct structures of $\ce{I4O9}$.

I will feel very helpful if anyone of you help me to know about that which all the following structure of this compound is correct. Thank

Thank you.

I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3^-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description here

enter image description here

But when I saw the following structure (shown below 👇🏻)on Wikipedia I have a doubt about that which structure is correct:

enter image description here

I will feel very helpful if anyone of you help me to know about that which all the following structure of this compound is correct. Thank you.

I have a confusion about the correct structure of tetraiodine nonoxide. I came to know about it while reading the equation :

$$\ce{6 I2 (dry) + 11 O3 -> 3I4O9 + 3O2 }$$

Now again I saw the equation :

$$\ce{ I4O9 <=>I^3+(IO3^-)3}$$

Now this equation and this is structures in chemistry stack exchange make me to understand that ($\ce{I4O9}$) has the following structure:

enter image description here

enter image description here

But when I saw the following structure (shown below 👇🏻)on Wikipedia I have a doubt about that which structure is correct:

enter image description here

On seeing all the structurs, according to me, due to the small size of oxygen to iodine ( large size ) ar3 unstable on it, therefore the structure 3 is not possible and structure 1 and 2 which are same structure are the correct structures of $\ce{I4O9}$.

I will feel very helpful if anyone of you help me to know about that which all the following structure of this compound is correct.

Thank you.

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Prince Nagar
Prince Nagar
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Prince Nagar
Prince Nagar
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Prince Nagar
Prince Nagar
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