# Revision history [back]

### I want to define \mathbb{Q}_p (\sqrt{5}) a nd \mathbb{Q}_p (\sqrt{5} \sqrt{3}) and find their valuation rings for p=7

I tried finite extension \mathbb({Q}_p I unable do it. it will also great if help me with how to define the valuation ring of that finite extension 2 None

### I want to define \mathbb{Q}_p (\sqrt{5}) a nd \mathbb{Q}_p (\sqrt{5} \sqrt{3}) and find their valuation rings for p=7

I tried finite extension \mathbb({Q}_p I unable do it. it will also great if help me with how to define the valuation ring of that finite extension 3 None

### I want How to define \mathbb{Q}_p (\sqrt{5}) a nd \mathbb{Q}_p $\mathbb{Q}_p(\sqrt{5})$ and $\mathbb{Q}_p (\sqrt{5} \sqrt{3}) \sqrt{3})$ and find their valuation rings for p=7$p=7$?

I tried finite extension \mathbb({Q}_p $\mathbb({Q}_p$ I unable do it. it It will also great if help me with how to define the valuation ring of that finite extension extension

### How to define $\mathbb{Q}_p(\sqrt{5})$ and $\mathbb{Q}_p (\sqrt{5} \sqrt{3})$ and find their valuation rings for $p=7$?

I tried finite extension $\mathbb({Q}_p$ I unable do it. It will also great if help me with how to define the valuation ring of that finite extension 5 retagged FrédéricC 5114 ●3 ●42 ●111

### How to define $\mathbb{Q}_p(\sqrt{5})$ and $\mathbb{Q}_p (\sqrt{5} \sqrt{3})$ and find their valuation rings for $p=7$?

I tried finite extension $\mathbb({Q}_p$ I unable do it. It will also great if help me with how to define the valuation ring of that finite extension 6 retagged FrédéricC 5114 ●3 ●42 ●111

### How to define $\mathbb{Q}_p(\sqrt{5})$ and $\mathbb{Q}_p (\sqrt{5} \sqrt{3})$ and find their valuation rings for $p=7$?

I tried finite extension $\mathbb({Q}_p$ I unable do it. It will also great if help me with how to define the valuation ring of that finite extension