6406532730990.
6406532730991.
6406532730992.
MLF
Section Id : 64065356659
Section Number : 9
Section type : Online
Mandatory or Optional : Mandatory
Number of Questions : 12
Number of Questions to be attempted : 12
Section Marks : 40
Display Number Panel : Yes
Section Negative Marks : 0
Group All Questions : No
Enable Mark as Answered Mark for Review and
Yes
Clear Response :
Maximum Instruction Time : 0
Sub-Section Number : 1
Sub-Section Id : 640653118692
Question Shuffling Allowed : No
Is Section Default? : null
Question Number : 194 Question Id : 640653815138 Question Type : MCQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 0
Question Label : Multiple Choice Question
THIS IS QUESTION PAPER FOR THE SUBJECT "DIPLOMA LEVEL : MACHINE LEARNING
FOUNDATIONS (COMPUTER BASED EXAM)"
ARE YOU SURE YOU HAVE TO WRITE EXAM FOR THIS SUBJECT?
CROSS CHECK YOUR HALL TICKET TO CONFIRM THE SUBJECTS TO BE WRITTEN.
(IF IT IS NOT THE CORRECT SUBJECT, PLS CHECK THE SECTION AT THE TOP FOR THE SUBJECTS
REGISTERED BY YOU)
Options :
6406532731081. YES
6406532731082. NO
Sub-Section Number : 2
Sub-Section Id : 640653118693
Question Shuffling Allowed : No
Is Section Default? : null
Question Id : 640653815139 Question Type : COMPREHENSION Sub Question Shuffling
Allowed : No Group Comprehension Questions : No Question Pattern Type : NonMatrix
Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction Time : 0
Question Numbers : (195 to 197)
Question Label : Comprehension
A person went to the market to buy hens. Old hens can be bought for ₹ 200.00 each but young
hens can be bought for ₹ 500.00 each. The old hens lay 3 eggs per week and the young hens lay 5
eggs per week. Each egg costs Rs. 11. A hen costs ₹ 50.00 per week to feed. If the financial
constraint is ₹ 8000 per week to buy hens and the capacity constraint is that the total number of
hens bought cannot exceed 20 per week. The objective is to earn more profit. Let x represent the
number of old hens and y represent the number of young hens.
Use the above information to answer the given subquestions
Sub questions
Question Number : 195 Question Id : 640653815140 Question Type : MCQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 2
Question Label : Multiple Choice Question
Choose the correct Primal optimization problem from the following.
Options :
6406532731083.
6406532731084.
6406532731085.
6406532731086.
Question Number : 196 Question Id : 640653815141 Question Type : MSQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 2 Max. Selectable Options : 0
Question Label : Multiple Select Question
If (x*, y*) is the optimal solution of the primal, u1 and u2 are Lagrange multipliers then which of
the following options is/are true?
Options :
6406532731087.
6406532731088.
6406532731089.
6406532731090.
6406532731091.
Question Number : 197 Question Id : 640653815142 Question Type : MSQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 3 Max. Selectable Options : 0
Question Label : Multiple Select Question
Which of the following options is/are true?
Options :
6406532731092. The Given LPP is infeasible.
6406532731093. The Given LPP is feasible.
6406532731094. The optimum value is x = 0 and y = 16
6406532731095. The optimum value is x = 20 and y = 0
Sub-Section Number : 3
Sub-Section Id : 640653118694
Question Shuffling Allowed : Yes
Is Section Default? : null
Question Number : 198 Question Id : 640653815143 Question Type : SA Calculator : None
Response Time : N.A Think Time : N.A Minimum Instruction Time : 0
Correct Marks : 3
Question Label : Short Answer Question
Response Type : Numeric
Evaluation Required For SA : Yes
Show Word Count : Yes
Answers Type : Equal
Text Areas : PlainText
Possible Answers :
Sub-Section Number : 4
Sub-Section Id : 640653118695
Question Shuffling Allowed : Yes
Is Section Default? : null
Question Number : 199 Question Id : 640653815144 Question Type : MSQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 3 Max. Selectable Options : 0
Question Label : Multiple Select Question
Options :
6406532731097.
6406532731098.
6406532731099.
6406532731100.
Question Number : 200 Question Id : 640653815145 Question Type : MSQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 3 Max. Selectable Options : 0
Question Label : Multiple Select Question
Options :
6406532731101.
6406532731102.
6406532731103.
6406532731104.
Sub-Section Number : 5
Sub-Section Id : 640653118696
Question Shuffling Allowed : No
Is Section Default? : null
Question Id : 640653815146 Question Type : COMPREHENSION Sub Question Shuffling
Allowed : No Group Comprehension Questions : No Question Pattern Type : NonMatrix
Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction Time : 0
Question Numbers : (201 to 202)
Question Label : Comprehension
Based on the above data, answer the given subquestions.
Sub questions
Question Number : 201 Question Id : 640653815147 Question Type : SA Calculator : None
Response Time : N.A Think Time : N.A Minimum Instruction Time : 0
Correct Marks : 3
Question Label : Short Answer Question
Find the number of discontinuous points.
Response Type : Numeric
Evaluation Required For SA : Yes
Show Word Count : Yes
Answers Type : Equal
Text Areas : PlainText
Possible Answers :
Question Number : 202 Question Id : 640653815148 Question Type : SA Calculator : None
Response Time : N.A Think Time : N.A Minimum Instruction Time : 0
Correct Marks : 3
Question Label : Short Answer Question
Find the number of points where the function is not differentiable.
Response Type : Numeric
Evaluation Required For SA : Yes
Show Word Count : Yes
Answers Type : Equal
Text Areas : PlainText
Possible Answers :
Sub-Section Number : 6
Sub-Section Id : 640653118697
Question Shuffling Allowed : Yes
Is Section Default? : null
Question Number : 203 Question Id : 640653815149 Question Type : MSQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 3 Max. Selectable Options : 0
Question Label : Multiple Select Question
Let A be a real symmetric positive definite matrix. Which of the following options is/are true?
Options :
6406532731107. The eigenvectors of A may or may not be orthogonal.
6406532731108. If A is similar to a diagonal matrix B, then B is also positive definite.
6406532731109. AT A is not positive definite.
6406532731110. AT A is not similar to a diagonal matrix.
Question Number : 204 Question Id : 640653815150 Question Type : MSQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 3 Max. Selectable Options : 0
Question Label : Multiple Select Question
Options :
6406532731111.
6406532731112.
6406532731113.
6406532731114.
Sub-Section Number : 7
Sub-Section Id : 640653118698
Question Shuffling Allowed : Yes
Is Section Default? : null
Question Number : 205 Question Id : 640653815151 Question Type : MCQ Is Question
Mandatory : No Calculator : None Response Time : N.A Think Time : N.A Minimum Instruction
Time : 0
Correct Marks : 3
Question Label : Multiple Choice Question
Options :
6406532731115.
6406532731116.
6406532731117.
6406532731118.
Sub-Section Number : 8
Sub-Section Id : 640653118699
Question Shuffling Allowed : Yes
Is Section Default? : null
Question Number : 206 Question Id : 640653815152 Question Type : SA Calculator : None
Response Time : N.A Think Time : N.A Minimum Instruction Time : 0
Correct Marks : 3
Question Label : Short Answer Question
Response Type : Numeric
Evaluation Required For SA : Yes
Show Word Count : Yes
Answers Type : Equal
Text Areas : PlainText
Possible Answers :
Question Number : 207 Question Id : 640653815153 Question Type : SA Calculator : None
Response Time : N.A Think Time : N.A Minimum Instruction Time : 0
Correct Marks : 3
Question Label : Short Answer Question
In a large town, it is estimated that 20% of students own a laptop. A random sample of 400
students is selected from the town. What is the variance of the number of students with the
laptops in a given sample?
Response Type : Numeric
Evaluation Required For SA : Yes
Show Word Count : Yes
Answers Type : Equal
Text Areas : PlainText
Possible Answers :
64
Question Number : 208 Question Id : 640653815154 Question Type : SA Calculator : None
Response Time : N.A Think Time : N.A Minimum Instruction Time : 0
Correct Marks : 3
Question Label : Short Answer Question
A quality control manager at a factory measures the thickness of glass sheets produced. Five
randomly selected sheets have the thicknesses(in mm) 10, 8, 11, 9, 12 respectively. Assuming the
thickness follows a normal distribution and the variance is known, what is the maximum likelihood
estimator (MLE) of the mean thickness, (μ), in mm of the glass sheets?
Response Type : Numeric
Evaluation Required For SA : Yes
Show Word Count : Yes
Answers Type : Equal
Text Areas : PlainText
Possible Answers :
10
Java
Section Id : 64065356660
Section Number : 10
Section type : Online
Mandatory or Optional : Mandatory
Number of Questions : 24
Number of Questions to be attempted : 24
Section Marks : 100
Display Number Panel : Yes
Section Negative Marks : 0
Group All Questions : No
