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Para-jumbles 3 / 100

a. This instantaneous correlation, which Einstein famously dubbed "spooky action at a distance," challenges classical notions of locality and causality.
b. Recent advancements in quantum computing and cryptography critically rely on harnessing this bizarre property for secure communication and accelerated computational tasks.
c. Quantum entanglement is a phenomenon where two or more particles become inextricably linked, such that the quantum state of one instantly influences the state of the others, regardless of the distance separating them.
d. Despite its counter-intuitive nature, experimental verification has repeatedly confirmed the existence of entanglement, solidifying its place as a fundamental aspect of quantum mechanics.

These sentences, when properly sequenced, form a coherent paragraph. Which of the options best outline their correct order?

1. c, a, d, b

2. a, c, d, b

3. c, d, a, b

4. d, c, a, b

Correct Answer: 1 (c, a, d, b)
To solve "Sentence Rearrangement" or "Para-jumble" tasks, look for the logical flow of ideas:
Step 1 (Introduction): Sentence (c) is the most effective opener as it introduces and defines the central concept of "Quantum entanglement," setting the stage for the rest of the paragraph.
Step 2 (Elaboration): Sentence (a) logically follows (c) by elaborating on a key characteristic and implication of this phenomenon, specifically referencing "This instantaneous correlation" which refers directly to the linking described in (c), and highlighting its counter-intuitive nature.
Step 3 (Secondary Factor): Sentence (d) acts as a crucial bridge. It acknowledges the "counter-intuitive nature" mentioned in (a) but immediately reinforces the concept's validity through "experimental verification," establishing its fundamental status in physics.
Step 4 (Conclusion/Result): Sentence (b) then provides the contemporary relevance and practical applications of this fundamental, experimentally confirmed property, demonstrating its impact on fields like quantum computing and cryptography.

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