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GALXE Artela "EVM Unite - Taiko" 퀴즈 정답
퀴즈 풀기 전 테스트 넷 코인 수도꼭지 받는 법:
Messaged in Artela Network Discord 🚰┃testnet-faucet Channel for at least 1 days
디스코드 가입 후 아래 이미지 왼쪽 목록에서 testnet-faucet 선택 후, 입력창에 "$request 본인 지갑주소" 를 치면 된다.
퀴즈 시작 전 중요사항!
1 OAT 항목에 여러개의 미션이 있는데 이중 1개라도 수행하면 되는 것 같으니, 1개만 수행 한 뒤 OAT 받아도 되는 것 같습니다. 전 모르고 그냥 다 풀어버렸네요..
Quiz: Taiko Community Call #11
해당 문제 정답은 이전 글 참조: 2024.03.12 - [Crypto/미션 & 퀴즈] - GALXE Taiko - "Taiko Community Call #11" 퀴즈 정답
Quiz: Taiko’s Approach to Multi-Proofs
CACDC
Question 1: What is the primary advantage of the multi-proofs approach?
A. It increases the likelihood of bugs and vulnerabilities
B. It decreases the overall security of the system
C. It hedges the risk of bugs and vulnerabilities
D. It has no impact on system security
Question 2: According to Vitalik's article, what are the two approaches to multi-client systems in ZK-EVM?
A. Open and Closed
B. Fixed and Dynamic
C. Internal and External
D. Whitelisted and Blacklisted
Question 3: In a closed multi-client system, what is characteristic of the set of proofs?
A. The set of proofs is dynamic and changes frequently
B. The set of proofs is unknown and can vary
C. A fixed set of proofs is known within the protocol and whitelisted
D. Proofs are generated randomly by clients
Question 4: How does Taiko handle the process of proposers finding and compensating provers?
A. Taiko dictates a specific method for this process
B. Proposers and provers must use a decentralized payment system
C. Taiko requires all transactions to be done through smart contracts
D. Proposers can freely choose methods, including in-person transactions with cash
Question 5: Where does Taiko protocol post its data?
A. On a separate server
B. On Layer 2 (L2)
C. On Layer 1(L1)
D. On alternative blockchain networks
Quiz: Taiko Deep Dive
BBACD
Question 1: Who can create proofs for proposed blocks on Taiko?
A. Any user
B. Any prover who runs a node
C. The proposer of the block
D. Bridges that rely on the rollup
Question 2: In the context of Taiko, what is the role of a proposer?
A. Verifying transactions
B. Creating a block of transactions
C. Validating the blockchain
D. Storing data in the network
Question 3: In the BCR design, what is required for each proof, except for the highest tier?
A. A fee paid in ETH by the original prover
B. A validity bond paid in Taiko tokens by the original prover
C. A decentralized validation process
D. A validity bond paid in Taiko tokens or in ETH by the original prover
Question 4: In Taiko, what is the consequence if a proof is contested during the cooldown window?
A. The contested block is immediately verified by the Oracle prover
B. A higher-tier proof is not required for dispute resolution
C. The block remains unverified until a higher-tier proof is provided
D. Contestation bonds are refunded immediately
Question 5: Who can contest a proof during the cooldown window in Taiko?
A. Only the original prover
B. Anyone, without any bond payment
C. Only validators
D. Anyone, but they must pay a contestation bond in Taiko tokens
Quiz: Taiko Basics
BDCCC
Question 1: What was the name of Taiko's A1 testnet?
A. Askja
B. Snæfellsjökull
C. Grímsvötn
D. Eldfell
Question 2: What is Taiko's mission regarding Ethereum scaling?
A. To build a permissioned Ethereum network
B. To develop a Type 2 ZK-EVM
C. To create a centralized Ethereum scaling solution
D. To scale Ethereum in a decentralized and Ethereum-equivalent manner
Question 3: Taiko is known as a Type 1 ZK-EVM. What does this mean?
A. Taiko operates independently of Ethereum and uses a completely different architecture.
B. Taiko is the first iteration of an experimental blockchain, separate from Ethereum.
C. Taiko is Ethereum-equivalent, it does not change any part of the Ethereum system to make it easier to generate proofs
D. Taiko uses a unique blockchain protocol that is not compatible with Ethereum.
Question 4: How does Taiko’s commitment to Ethereum-equivalence affect smart contract deployment?
A. Requires major modifications to existing Ethereum contracts
B. No impact on smart contract deployment
C. Allows seamless deployment of Ethereum smart contracts
D. Smart contracts need to be rewritten in a new language
Question 5: Taiko's design includes permissionless participation for which roles?
A. Only for developers
B. Only for users
C. For both proposers and provers
D. For network administrators only
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Quiz: Taiko Alpha-3 (Grímsvötn) prover questions
BBBCD
Question 1: What is the primary purpose of running a prover?
A. To propose the blocks
B. To prove the blocks
C. To earn ETH as a reward for proving blocks
D. To earn both ETH and TTKO as a reward for proving blocks
Question 2: How can you enable your Taiko node as a prover?
A. Set ENABLE_PROVER to false in the .env file
B. Set ENABLE_PROVER to true in the .env file
C. Set L1_PROVER_PRIVATE_KEY to true
D. Open the .env file in the simple-taiko-node directory
Question 3: What does permissionless mean?
A. Whitelisted users will be able to participate in the proposing process on L2
B. Anyone will be able to participate in the proposing and proving process on L2
C. Whitelisted users will be able to participate in the proving process on L2
D. Nobody will be able to participate in the proposing and proving proving process on L2
Question 4: How is the proof reward determined in Taiko?
A. It depends on the number of provers submitting proofs
B. It is set by the system and remains constant
C. It increases if it has taken a long time since the last verified block
D. It depends on the number of proposers
Question 5: Choose the correct answer
A. Blocks are proven in parallel by the decentralized proposers
B. Blocks are proven in parallel by a selected number of provers
C. Blocks are proven in parallel by Taiko
D. Blocks are proven in parallel by the decentralized provers
Quiz: Taiko Alpha-3 (Grímsvötn) proposer questions
ACACB
Question 1: What do proposers pay as their transaction fees?
A. TTKO
B. ETH
C. HORSE
D. BLL
Question 2: How can you verify if you have successfully proposed a block as a Taiko node proposer?
A. By checking the balance of ETH and TTKO tokens on Sepolia
B. By connecting your wallet to the TaikoL1 contract
C. You should see a log if you have proposed a block: 📝 Propose transactions succeeded
D. By visiting the TaikoL1 contract on Etherscan
Question 3: What should be the value of the "ENABLE_PROPOSER" environment variable in the ".env" file to enable your node as a proposer?
A. true
B. enable
C. yes
D. open
Question 4: How can you deposit TTKO tokens into the TaikoL1 contract on Sepolia?
A. By executing a command in the simple-taiko-node directory
B. By setting the L1_PROPOSER_PRIVATE_KEY environment variable in the .env file
C. By connecting your wallet to the TaikoL1 contract and entering the deposit amount
D. By setting ENABLE_PROPOSER variable to true
Question 5: What is the required format for entering the deposit amount of TTKO tokens when using the depositTaikoToken function?
A. The exact amount of TTKO tokens in decimal format
B. The amount of TTKO tokens followed by eight zeroes
C. The amount of TTKO tokens divided by 10^8
D. The amount of TTKO tokens minus 10^8
Quiz: Taiko Alpha-3 (Grímsvötn) Bridge and Swap questions
BCACD
Question 1: What do Taiko users pay as their transaction fees?
A. TTKO
B. ETH
C. HORSE
D. BLL
Question 2: What is true about processing fees?
A. If you choose "none" processing fee the relayer will auto-claim the tokens on the receiving chain after a short amount of time.
B. If you choose "recommended" processing fee you will need to claim your bridged tokens manually on the receiving chain
C. If you choose "custom" processing fee you can set lower processing fee than the recommended processing fee
D. You cannot set a custom processing fee lower than the recommended processing fee
Question 3: Why can your transactions in BLL fail?
A. The BLL token is expected to fail about 50% of the time when bridging
B. The BLL token is expected to fail about 40% of the time when bridging
C. The BLL token is expected to fail about 30% of the time when bridging
D. The BLL token is expected to fail about 20% of the time when bridging
Question 4: To send a token and bridge it to another chain, what needs to be deployed on the destination chain?
A. ERC-20 contract
B. ERC-721 contract
C. BridgedERC20 contract
D. Nothing has to be deployed
Question 5: What does the bridge allow you to send?
A. ETH
B. ERC-20 tokens
C. Testnet ETH, ERC-20 tokens, ERC-721
D. Testnet ETH and ERC-20 tokens on Sepolia and Taiko
Quiz: Taiko alpha-3 testnet questions
DCB
Question 1: What is unique in Taiko Alpha-3 testnet?
A. Taiko Alpha-3 testnet has permissionless block proposers
B. Taiko Alpha-3 testnet has permissionless block provers
C. Taiko Alpha-3 testnet has centralized sequencer which will be decentralized in the future
D. Taiko Alpha-3 testnet has permissionless block proposers AND block provers
Question 2: Select INCORRECT option regarding the purpose of Taiko Alpha-3 testnet
A. Test the new protocol economics design and implementation, including the new fee/reward model
B. Test the Bridge using partial Merkle proofs to verify signals/messages (a1 and a2 both used full Merkle proofs)
C. Verify how Taiko’s centralized sequencer works
D. Test inception Layers
Question 3: What are Inception Layers in Taiko?
A. Inception Layer means fast bridging of assets from L1 to L2
B. Inception Layer means deploying Taiko on top on Taiko: L3 solution
C. Inception has nothing to do with Taiko, it’s a movie!
Quiz: Taiko Alpha-3 testnet quiz
CCB
Question 1: What is unique in Taiko Alpha-3 testnet?
A. Taiko Alpha-3 testnet has permissionless block proposers
B. Taiko Alpha-3 testnet has permissionless block provers
C. Taiko Alpha-3 testnet has permissionless block proposers AND block provers
D. Taiko Alpha-3 testnet has centralized sequencer which will be decentralized in the future
Question 2: Select INCORRECT option regarding the purpose of Taiko Alpha-3 testnet
A. Test the new protocol economics design and implementation, including the new fee/reward model
B. Test the Bridge using partial Merkle proofs to verify signals/messages (a1 and a2 both used full Merkle proofs)
C. Verify how Taiko’s centralized sequencer works
D. Test inception Layers
Question 3: What are Inception Layers in Taiko?
A. Inception Layer means fast bridging of assets from L1 to L2
B. Inception Layer means deploying Taiko on top on Taiko: L3 solution
C. Inception Layer has nothing to do with Taiko, it’s a movie!
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