GATE exam stream
GATE DA — Data Science & AI
35 questions and papers
GATE DA (Data Science and Artificial Intelligence) began in 2024. Alongside its own papers, this stream lists the CS questions on the probability, statistics, linear algebra, machine learning, databases and programming topics in the DA syllabus.
GATE CS 2017 Set 1 — Question 29
\(P\) and \(Q\) are considering to apply for a job. The probability that \(P\) applies for the job is \(\dfrac{1}{4}\), the probability that \(P\) applies for the job given that \(Q\) applies for the job is \(\dfrac{1}{2}\), and the probability that \(Q\) applies for the…
GATE CS 2019 — Question 28
Suppose \(Y\) is distributed uniformly in the open interval \((1,6)\). The probability that the polynomial \(3x^{2}+6xY+3Y+6\) has only real roots is (rounded off to 1 decimal place) ______.
GATE CS 2016 Set 1 — Question 28
Suppose that a shop has an equal number of LED bulbs of two different types. The probability of an LED bulb lasting more than 100 hours given that…
GATE CS 2015 Set 1 — Question 47
Suppose \(X_i\) for \(i=1,2,3\) are independent and identically distributed random variables whose probability mass functions are \(\Pr[X_i=0]=\Pr[X_i=1]=1/2\) for \(i=1,2,3\). Define another random variable \(Y=X_1X_2\oplus X_3\), where \(\oplus\) denotes XOR. Then…
GATE CS 2014 Set 1 — Question 48
Four fair six-sided dice are rolled. The probability of the sum of the results being 22 is \(\dfrac{X}{1296}\). The value of \(X\) is ______.
GATE CS 2013 — Question 24
Suppose \(p\) is the number of cars per minute passing through a certain road junction between 5 PM and 6 PM, and \(p\) has a Poisson distribution with…
GATE CS 2012 — Question 2
Consider a random variable \(X\) that takes values \(+1\) and \(-1\) with probability \(0.5\) each. The values of the cumulative distribution function \(F(x)\) at \(x=-1\) and \(x=+1\) are
GATE CS 2010 — Question 26
Consider a company that assembles computers. The probability of a faulty assembly of any computer is \(p\). The company therefore subjects each computer to a testing process. This…
GATE CS 2009 — Question 26
An unbalanced die (with 6 faces, numbered from 1 to 6) is thrown. The probability that the face value is odd is \(90\%\) of the probability that the face value is even. The probability of getting any even numbered face is the same. If the probability that the face is even given that it is greater than 3 is \(0.75\), which one of the following…
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