Question
Statements: Only a few Proportions is
Partitions. Only a few Columns is Proportions. No Column is Volume. Conclusions: I. Every Proportions can be Columns. II. No Volume is Partition. III. Some Proportions are not Volumes. In the question below there are three statements followed by three conclusions I, II and III. You have to take the three given statements to be true even if they seem to be at variance from commonly known facts and then decide which of the given conclusions definitely follows from the three statements disregarding commonly known facts.Solution
Only a few Columns is Proportions β All Proportions may be Columns (A). Hence conclusion I follows. No Column is Volume (E) β Conversion β No Volume is Column (E) + Only a few Columns is Proportions (I) β Some Proportions are not Volumes (O*) + Only a few Proportions is Partitions (I) β No conclusion. Hence conclusion II does not follow but conclusion III follows.
Which function is commonly used in logistic regression to map outputs between 0 and 1?
Which of these is a parametric algorithm?
Which one of the following is used to update weights in neural networks?
Which of the following is NOT an IoT communication protocol?
What is overfitting?
Which of the following is an example of an IoT application in healthcare?
Which of these wireless technologies is specifically designed for low-power IoT networks?
Which layer of IoT focuses on transmitting data between devices and servers?
Which wireless technology is commonly used for short-range communication (e.g., connecting headphones or smartwatches) with mobile phones?
Which of these is NOT an ensemble method?