main --> dev

courses/uniswap-v2/2-swap/10-code-walk-get-amounts-in/+page.md

@@ -31,4 +31,3 @@ numerator = reserveIn * amountOut * 1000 / (amountOut * 997 + reserveIn * 1000)
 The result of this calculation is then stored in the amounts array. 
 
 We will keep looping through the array until we get to `amounts[0]`, which will contain the amount of tokens that are needed to execute the swap. This entire process is performed inside the for loop. 
-/home/equious/Nevermore/uniswap-v2/2-swap/10-code-walk-get-amounts-in/+page.md

courses/uniswap-v2/2-swap/14-swap-ex-1/+page.md

@@ -87,5 +87,4 @@ In our test, the **amountIn** is 1e18, the **amountOutMin** is 1, the **path** i
 
 This is just a simple example of Uniswap V2 Router testing. We can expand on this by testing other functions, varying inputs, and simulating more complex scenarios. 
 
-The next step is to write more tests to cover other functions. We will also learn how to test the `swapExactTokensForETH` function.  Let me know if you'd like to delve deeper into these topics.
-/home/equious/Nevermore/uniswap-v2/2-swap/14-swap-ex-1/+page.md
+The next step is to write more tests to cover other functions. We will also learn how to test the `swapExactTokensForETH` function.

courses/uniswap-v2/2-swap/2-swap-fee/+page.md

@@ -35,4 +35,3 @@ dy = 1000 * 0.997 * 3000 / (6000000 + 1000 * 0.997)
 ```
 
 We can now use a calculator to determine the value of *dy*, which would be approximately 0.498341 ETH. 
-/home/equious/Nevermore/uniswap-v2/2-swap/2-swap-fee/+page.md