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Blockchain CBSA Exam - Topic 3 Question 61 Discussion

In regards to understanding the Ethereum Virtual Machine what statement is true?
A) The EVM is extremely powerful, non-turing complete and perfect for doing computational intensive thins, because of the direct access to the graphics card.
B) The EVM is extremely powerful, turing complete and perfect for doing computational intensive things, because of the direct access to the graphics card.
C) While the EVM is Sandboxed, it isn't as powerful as the Bitcoin network, because it's not Turing Complete
D) The EVM can't access hardware layers or anything outside a blockchain node because it's sandboxed.

Blockchain CBSA Exam - Topic 3 Question 61 Discussion

Actual exam question for Blockchain's CBSA exam
Question #: 61
Topic #: 3
[All CBSA Questions]

In regards to understanding the Ethereum Virtual Machine what statement is true?

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Suggested Answer: A

by Allene at Apr 08, 2024, 06:19 PM

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Lili
6 months ago
D is spot on, it’s sandboxed and can’t access hardware directly.
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Torie
7 months ago
Definitely not A, the EVM is not non-Turing complete.
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Dolores
7 months ago
Wait, how can it access the graphics card? That sounds off.
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Rashad
7 months ago
Totally agree, the EVM is super powerful!
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Pete
7 months ago
The EVM is Turing complete, so option B is correct.
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Grover
7 months ago
I thought the EVM was powerful and Turing complete, but I’m not sure if it can do computationally intensive tasks like accessing the GPU directly.
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Holley
8 months ago
I feel like option D is correct since the EVM is sandboxed, but I’m a bit confused about the implications of that.
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Lezlie
8 months ago
I think I saw a practice question that mentioned the EVM being sandboxed, but I can't recall if that means it can't access hardware layers.
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Lorrie
8 months ago
I remember studying that the EVM is Turing complete, but I'm not sure if it has direct access to the graphics card.
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Solange
8 months ago
The key here is understanding the EVM's capabilities. It's Turing-complete, which means it can perform any computation, but it's also sandboxed, so it can't access hardware directly. That makes option B the right choice.
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Allene
8 months ago
I'm not entirely sure about the power of the EVM compared to the Bitcoin network. I'll have to double-check the details on that one.
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Ashlee
8 months ago
Okay, let me think this through. The EVM is sandboxed, so it can't access hardware layers or anything outside a blockchain node. That means option D is the correct answer.
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Janet
8 months ago
Hmm, I'm a bit confused about the direct access to the graphics card. I don't think the EVM has that capability, so I can eliminate option A.
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Lea
8 months ago
I'm pretty sure the EVM is Turing-complete, which means it can perform any computation that a Turing machine can. That rules out option C.
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Vicente
8 months ago
Okay, I've got this. A histogram will show the frequency of each value, so that's not what we want. A box plot summarizes the data but doesn't show the individual values. I think the stem and leaf plot is the way to go here.
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Lashawnda
8 months ago
This one seems pretty straightforward. I think the answer is Reply All to make sure everyone who was copied on the original message receives my response.
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Beth
8 months ago
I'm a bit unsure, but didn't we discuss how personal experiences should rank lower than established ethical guidelines?
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Reita
8 months ago
This question seems straightforward, I think I can handle it. Let me read through the statements carefully and see which ones are true.
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Noe
1 year ago
I wonder if the EVM can mine Ethereum using the graphics card's raw power. That would be a real power move!
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Milly
1 year ago
D) The EVM can't access hardware layers or anything outside a blockchain node because it's sandboxed.
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Aleta
1 year ago
B) The EVM is extremely powerful, turing complete and perfect for doing computational intensive things, because of the direct access to the graphics card.
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Marg
1 year ago
A) The EVM is extremely powerful, non-turing complete and perfect for doing computational intensive things, because of the direct access to the graphics card.
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Sharika
1 year ago
D seems a bit too restrictive. The EVM is sandboxed, but I'm sure it can still interact with the blockchain node in meaningful ways. It's not completely isolated from the outside world.
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Amira
1 year ago
C
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Rikki
1 year ago
D
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Margot
1 year ago
B
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Pa
1 year ago
A
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Ailene
1 year ago
Option C is interesting, but I'm not sure I agree. The EVM may be sandboxed, but that doesn't make it less powerful than the Bitcoin network. It's a different architecture with different strengths.
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Sunshine
1 year ago
Wait, the EVM has direct access to the graphics card? That's news to me! Maybe I should have paid more attention in my Ethereum classes.
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Fletcher
1 year ago
D) The EVM can't access hardware layers or anything outside a blockchain node because it's sandboxed.
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Sharee
1 year ago
C) While the EVM is Sandboxed, it isn't as powerful as the Bitcoin network, because it's not Turing Complete
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Teri
1 year ago
B) The EVM is extremely powerful, turing complete and perfect for doing computational intensive things, because of the direct access to the graphics card.
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Geraldine
1 year ago
A) The EVM is extremely powerful, non-turing complete and perfect for doing computational intensive things, because of the direct access to the graphics card.
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Kimberely
1 year ago
I think option B is the correct answer. The EVM is Turing-complete, which means it can perform any computation, including computationally intensive tasks. The direct access to the graphics card also supports this capability.
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Farrah
1 year ago
But doesn't the EVM have direct access to the graphics card?
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Alex
1 year ago
I disagree, I believe the answer is D.
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Farrah
1 year ago
I think the answer is B.
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