Fix chopped off sentence

project3/report3.tex

@@ -74,15 +74,14 @@ on-chain funding transaction of the channel $\langle$TX\_IN\_EX1\_HASH$\rangle$.
 This funding transaction locks some money in a Multisig address of Alice and
 Bob. They have used this channel for a while now and wish to close it. In the
 final state of the channel, Alice has a balance of 1000 satoshis and Bob has
-2000 satoshis. %Note that Bob cannot spend his funds right away, but needs to
-wait for some time. Only after some time, Bob can claim his balance. Since they
-both cooperatively wish to close the channel, they create a new transaction that
-does not have any timelock or revocation mechanism, but simply takes the
-Multisig from the funding as input and creates two outputs, one for Alice and
-one for Bob.  You need to create the transaction of the final state of Bob, sign
-it and post it on the Bitcoin testnet. \textbf{This exercise is considered
-solved if your UTXO for exercise A is spent in a transaction with two outputs,
-Alice owning 1000 and Bob 2000 satoshis, both as P2PKH (see
+2000 satoshis. Only after some time, Bob can claim his balance. Since they both
+cooperatively wish to close the channel, they create a new transaction that does
+not have any timelock or revocation mechanism, but simply takes the Multisig
+from the funding as input and creates two outputs, one for Alice and one for
+Bob.  You need to create the transaction of the final state of Bob, sign it and
+post it on the Bitcoin testnet. \textbf{This exercise is considered solved if
+your UTXO for exercise A is spent in a transaction with two outputs, Alice
+owning 1000 and Bob 2000 satoshis, both as P2PKH (see
 \url{https://learnmeabitcoin.com/technical/p2pkh}).} In other words, this means
 that, e.g., for Alice, 1000 satoshis need to be locked in the following script:
 \texttt{OP\_DUP OP\_HASH160 <Alice\_pubKeyHash> OP\_EQUALVERIFY OP\_CHECKSIG}.