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w3f · Aug 8, 2023 · 636e831 · 636e831
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diff --git a/docs/Parachain/assets/block_transition.png b/docs/Parachain/assets/block_transition.png
diff --git a/docs/Parachain/assets/relay_chain.png b/docs/Parachain/assets/relay_chain.png
diff --git a/docs/Parachain/assets/relay_chain_zoomed.png b/docs/Parachain/assets/relay_chain_zoomed.png
diff --git a/docs/Parachain/beginner/section1/network-components.md b/docs/Parachain/beginner/section1/network-components.md
@@ -46,10 +46,14 @@ Relay chains can also be thought of as **blockspace** allocators, where parachai
 
 The primary idea behind having a series of parachains is to introduce the notion of **sharding**.  Each parachain can run its own, unique application specific state transition function (also referred to as a **runtime**).  Parachains can now work in parallel to one another, focusing on their specific application, whilst still being finalized by the relay chain's validator set.
 
+![](../../assets/relay_chain.png)
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 :::
 
 **Parachains** are also full-fledged blockchains, but unlike a **solo chain**, they are able to interoperate with other parachains on the relay chain.  Parachains have the advantage of the relay chain finalizing and validating their state transitions - meaning the relay chain represents the state of all of its parachains on the network.
 
+![](../../assets/relay_chain_zoomed.png)
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 Polkadot is a relay chain that contains functionality for balances, staking, governance, and this validation logic for hosting parachains.  
 
 ## Validators