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Read the given statements and conclusions carefully. Assuming that the information given in the statements is true, even if it appears to be at variance with commonly known facts, decide which of the given conclusions logically follow(s) from the statements. Statements: All rocks are pens. Some flowers are rocks. All trees are flowers. Conclusions: (I) Some trees are rocks. (II) Some pens are flowers.

AOnly conclusion (II) follows.

BNeither conclusion (I) nor (II) follows.

COnly conclusion (I) follows.

DBoth conclusions (I) and (II) follow.

Answer:

A. Only conclusion (II) follows.

Read Explanation:

Only conclusion (II) follows.


Related Questions:

Read the given statements and conclusions carefully. Assuming that the information given in the statements is true, even if it appears to be at variance with commonly known facts, decide which of the given conclusion(s) logically follow(s) from the statements. Statements: All doors are walls. All walls are floors. Conclusions: (I) All floors are walls. (II) Some floors are doors.
What should come in place of the question mark (?) in the given series based on the English alphabetical order? EGC, IFG, MEK, QDO, ?
In a certain code language, 'MASTER' is coded as '917032", and 'STREAK' is coded as '372159". What is the code for 'K' in 'STREAK'?
In each of the following questions, the second word is formed by rearranging the letters of the first word according to a specific pattern. Identify that pattern and apply the same to the third word to find the correct answer from the given alternatives. NUMERAL: UEALRMN :: ALGEBRA: ?

Instruction: Identify the assumptions that must hold for the statement to be valid, then choose the correct option.

Statement: Although recent advancements in quantum computina have sianificantly improved processing speeds. the stability of quantum states remains a critical barrier to developing large-scale quantum computers for practical applications

Assumptions.

1. Quantum computing holds the potential for faster data processing than classical computing.

11. Quantum states are inherently unstable, making large-scale quantum computing unfeasible

Ill. Recent advancements in quantum computing have resolved the issue of quantum state stability