🤓 Based on our data, we think this question is relevant for Professor Shaw's class at KSU.

The **strengths of** **oxyacids** is based on the *number of oxygens* or the *electronegativity of the nonmetal* in the oxyacid. An oxyacid is *considered strong* when there are at least 2 or more O than H.

Given:

**H _{2}SO_{4} H_{2}SeO_{4} H_{2}TeO**

The three oxyacids given have an *equal number of oxygens*. We’ll rank their strength based on the ** electronegativity of the nonmetal** in each oxyacid.

List the following acids in order of increasing strength:

H_{2}SO_{4} H_{2}SeO_{4} H_{2}TeO_{4}

A) H_{2}SO_{4} < H_{2}SeO_{4} < H_{2}TeO_{4}

B) H_{2}SeO_{4} < H_{2}SO_{4} < H_{2}TeO_{4}

C) H_{2}SeO_{4} < H_{2}TeO_{4} < H_{2}SO_{4}

D) H_{2}TeO_{4} < H_{2}SeO_{4} < H_{2}SO_{4}

E) H_{2}SO_{4} < H_{2}TeO_{4} < H_{2}SeO_{4}

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Our tutors have indicated that to solve this problem you will need to apply the Identifying Acids and Bases concept. You can view video lessons to learn Identifying Acids and Bases. Or if you need more Identifying Acids and Bases practice, you can also practice Identifying Acids and Bases practice problems.

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Based on our data, we think this problem is relevant for Professor Shaw's class at KSU.