Small updates to adversarial analysis guides

Author: rkalis

website/docs/basics/about-bch.md

@@ -8,7 +8,7 @@ Bitcoin Cash (ticker BCH) is one of the biggest cryptocurrencies. Bitcoin Cash i
 Bitcoin Cash shares many of the same fundamentals as Bitcoin (BTC) like the *Proof-of-Work* consensus algorithm and the *UTXO data-model*. However regarding smart contract programmability, Bitcoin Cash has significantly diverged from Bitcoin (BTC). We will go over the main differences between BCH and BTC, and then delve into the smart contract capabilities of Bitcoin Cash!
 
 :::info
-To learn more about the Bitcoin Basics refer to the book ['Mastering Bitcoin'](https://github.com/bitcoinbook/bitcoinbook). The core of Bitcoin's design is still very much the same in Bitcoin Cash.
+To learn more about the Bitcoin Basics refer to the book ['Mastering Bitcoin'](https://github.com/bitcoinbook/bitcoinbook). The core of Bitcoin's design is still very much the same in Bitcoin Cash. To learn more about BCH's transaction lifecycle, see the dedicated guide ['Transaction Lifecycle'](/docs/guides/lifecycle).
 :::
 
 ## How BCH differs from BTC

website/docs/guides/adversarial.md

@@ -41,7 +41,7 @@ In the case of an late double spend (which does not try to exploit a race condit
 Either the adversarial actor needs to convince the miners to abandon their first seen rule or he needs to be mining himself to be able to construct his own block.
 
 :::caution
-Both race-condition and late double spends can both be used to grief the experience for normal users, however only late double spends can be used to extract economic value.
+Both race-condition and late double spends can be used to grief the experience for normal users, however only late double spends can be used to extract economic value.
 :::
 
 To convince existing miners to include the double spend transaction instead of the original, the malicious attacker will include a significantly higher mining fee than the original transaction. This can be seen as a 'miner bribe' being paid to discard the first-seen rule and to accept the double spend instead of the original.
@@ -50,7 +50,7 @@ To convince existing miners to include the double spend transaction instead of t
 Attempting a double spend in this way does not incur risk to the adversarial party, either their transaction is not included and they don't pay any fee, or they successfully perform the double spend and they pay the high fee "miner bribe".
 :::
 
-## Economic Value Extraction 
+## Economic Value Extraction
 
 We will now consider what motive the adversarial actor might have to perform these bribes. The two classes of motives are either the profit motive for an economically motivated actor or causing on-chain disruption for a maliciously motivated actor.
 
@@ -127,7 +127,7 @@ The drawback of this approach is that it introduces a central party to enforce h
 
 ### Avoid Bounty Transactions
 
-Having anyone-can-claim bounty transactions in a smart contract system directly encourages the development of double spending technology, whether it is race-condition double spends, miner bribe double spends or miner-involved double spends. 
+Having anyone-can-claim bounty transactions in a smart contract system directly encourages the development of double spending technology, whether it is race-condition double spends, miner bribe double spends or miner-involved double spends.
 
 :::tip
 To not incentivize the development of double-spending technologies, it is best to avoid anyone-can-claim bounty transactions in your smart contract system.

website/docs/guides/lifecycle.md

@@ -3,7 +3,7 @@ title: Transaction Lifecycle
 sidebar_label: Transaction Lifecycle
 ---
 
-This guide will explain the "transaction lifecycle" of a Bitcoin Cash transaction. We'll talk about what the mempool is and how block inclusion works. Further we'll discuss the possibility of unconfirmed transaction chains and conflicting transactions to cover all the possibilities of the transaction lifecycle!
+This guide will explain the "transaction lifecycle" of a Bitcoin Cash transaction. We'll talk about what the mempool is and how block inclusion works. Further we'll discuss the possibility of unconfirmed transaction chains and conflicting transactions to cover the full transaction lifecycle!
 
 ## Block Inclusion