From Statement I. Only a few Cars are Cycles (I) + Some Cycles are Bikes (I) → No conclusion. Hence conclusion I does not follow. Only a few Cars are Cycles → Some Cars are Cycles (I). Hence conclusion II does not follow. From Statement II. All Bikes are Cycles (A) + Only a few Cycles are Trains (I) → No conclusion. Hence conclusion I does not follow. Only a few Cycles are Trains (I) + Some Trains are Cars (I) → Probable conclusion → All Cars can be Cycles (I). Hence conclusion II follows. From Statement III. No Car is a Train (E) + Few Trains are Bikes (I) → Some Bikes are not Cars (O*). Hence conclusion I follows. Only a few Cycles are Cars → All Cars can be Cycles (I). Hence conclusion II follows. From Statement IV. All Bikes are Cars (A) → I.I. → Some Bikes are Cars (I). Hence conclusion I does not follow. No Cycle is a Bike (E) + All Bikes are Cars (A) → Some Cars are not Cycles (O*) + All Cycles are Trains (A) → Probable conclusion → All Cars can be Cycles (I). Hence conclusion II follows.
Mention any two indirect measures of product.
In the standard normal distribution (mean = 0, standard deviation = 1), what is the probability that a random variable falls within one standard deviati...
syntax of loops in shell scripting?
KVL states that the sum of the voltages around any closed loop in a circuit is equal to:
What is the concept of "paging" in memory management?
What is virtual memory in an operating system?
PGP is abbreviated as _______________
Which logic gate produces an output that is the logical sum of two or more inputs?
In object-oriented programming, what is inheritance?
When trying to access a URL, the following message is displayed on the browser:
Server; Error 403.
What could be the reason for the...