Made adjustments as recommneded by reviewer

Author: SupaMega24

.gitignore

@@ -60,4 +60,4 @@ src/data/crowdin/bucketsAwaitingReviewReport.csv
 # Storybook
 build-storybook.log
 storybook-static
-.qodo
+

src/intl/en/learn-quizzes.json

@@ -330,25 +330,25 @@
   "gas-1-a-label": "A fee associated with transactions and smart contract operations",
   "gas-1-a-explanation": "Partially correct, gas fees represent the cost of transactions and smart contract operations.",
   "gas-1-b-label": "The amount of gas used to perform an operation, multiplied by the cost per unit of gas",
-  "gas-1-b-explanation": "Partially correct, while gas is a unit that measures computation, gas fees are the actual cost required to pay for that computation.",
+  "gas-1-b-explanation": "Partially correct. While true, it is not the best answer given the choices.",
   "gas-1-c-label": "A payment that includes a priority fee to potentially expedite transaction processing",
   "gas-1-c-explanation": "Partially correct, the total gas fee includes a base fee and a priority fee that can influence transaction processing speed",
   "gas-1-d-label": "All of the above",
-  "gas-1-d-explanation": "Gas fees encompass all these aspects: they compensate for computation (B), apply to both transactions and smart contracts (A), and can include priority fees for faster inclusion (C).",
+  "gas-1-d-explanation": "Gas fees encompass all these aspects: they compensate for computation, apply to both transactions and smart contracts, and can include priority fees for faster inclusion.",
   "gas-2-prompt": "Which of the following is the LEAST effective strategy for reducing the cost of gas?",
-  "gas-2-a-label": " Executing transactions during low-congestion periods",
+  "gas-2-a-label": "Executing transactions during low-congestion periods",
   "gas-2-a-explanation": "Timing transactions during off-peak hours can lower gas costs.",
   "gas-2-b-label": "Waiting for gas prices to decrease",
   "gas-2-b-explanation": "Waiting for gas prices to decrease is a valid strategy since gas fluctuates based on congestion.",
-  "gas-2-c-label": "Using layer-2 chains for lower fees",
-  "gas-2-c-explanation": "Layer-2 solutions reduce fees and are an effective way to save on gas.",
+  "gas-2-c-label": "Using layer 2 chains for lower fees",
+  "gas-2-c-explanation": "Layer 2 solutions reduce fees and are an effective way to save on gas.",
   "gas-2-d-label": "Using complex smart contract logic that increases computational requirements",
   "gas-2-d-explanation": "Complex smart contract logic increases gas costs by requiring more computation. Efficient design minimizes steps, storage, and redundant operations to reduce fees.",
   "gas-3-prompt": "What causes gas fees to be high?",
   "gas-3-a-label": "Network computation exceeding a specific threshold",
-  "gas-3-a-explanation": "When computation on Ethereum exceeds a threshold, gas fees increase, especially during high activity periods like dApps or NFT drops.",
+  "gas-3-a-explanation": "When computation on Ethereum exceeds a threshold, gas fees increase, especially during high activity periods like dapps or NFT drops.",
   "gas-3-b-label": "Validators increasing the base fee manually",
-  "gas-3-b-explanation": "Validators do not manually set base fees; they are determined by the protocol.",
+  "gas-3-b-explanation": "Validators do not manually set base fees; they are adjusted by the protocol based on demand in previous block.",
   "gas-3-c-label": "Well-written, optimized smart contracts",
   "gas-3-c-explanation": "Well-written smart contract logic such as efficient use of storage and loops can lead to lower gas consumption.",
   "gas-3-d-label": "A lack of available ETH on the network",