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 A quiz from Lecture 01-06 has been started, its due date is May 2, 2014 (11:59PM). So to avoid any inconvenience in VULMS, you are advised to attempt the quiz before 2 days of Deadline, after 30th of April 2014 no complain will be entertained. Further please do read the following Instructions before attempting:

"Dear student!! You are also advised to recall important formulas from Trigonometry, Differentiation and Integration"

Quiz is based upon Multiple Choice Questions (MCQs).

    * You have to attempt the quiz online. You can start attempting the quiz any time within given date(s) by clicking the link for Quiz in LMS.

    * The time to attempt the Quiz is limited. Once you login to attempt the quiz, the countdown will start and you have to complete the quiz in given amount of time. So always keep an eye on the remaining time.

    * Attempting quiz is unidirectional. Once you move forward to the next question, you can not go back to the previous one. Therefore before moving to the next question, make sure that you have selected the best option.

    * If for any reason, you lose access to internet (like power failure or disconnection of internet), you will be able to attempt the quiz again from the position where you left in last attempt. But remember that you have to complete the quiz before expiry of the deadline.

    * If any student failed to attempt the quiz in given time then no re-take or offline quiz will be held.

Thanks.

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Replies to This Discussion

I think no one is interested in this subject.

am interested

Please all students related this subject Share your online Quizzes here to help each other.thanks

 

Please share the question and their answers of this quiz if anyone has done.
Thanks. 

Today solved Quiz

Question # 1 of 10 ( Start time: 09:52:17 PM ) Total Marks: 1
By using determinants, we can easily check that the solution of the given system of linear equation exits and it is unique.
Select correct option:

FALSE
TRUE           = Answer

 

Question # 2 of 10 ( Start time: 09:53:11 PM ) Total Marks: 1
If a multiple of one row of a square matrix A is added to another row to produce a matrix B, then which of the following condition is true?
Select correct option:

detB = k detA          = Answer
detB = detA
detA detB = 0
detA detB = detA


Question # 3 of 10 ( Start time: 09:54:09 PM ) Total Marks: 1
At what condition the Cramer’s formula is valid for linear systems?
Select correct option:

When matrix is n x n          = Answer
When det(A) is equal to zero
When matrix is m x n
When det(A) in not equal to zero


Question # 4 of 10 ( Start time: 09:54:44 PM ) Total Marks: 1
A matrix has not the same determinant if we add a multiple of a column to another column.
Select correct option:

TRUE          = Answer
FALSE


Question # 5 of 10 ( Start time: 09:55:30 PM ) Total Marks: 1
The Jacobi’s method is a method of solving a matrix equation on a matrix that has no zeros along its main diagonal.
Select correct option:

TRUE          = Answer
FALSE


Question # 6 of 10 ( Start time: 09:56:10 PM ) Total Marks: 1
Which of the following is the volume of the parallelepiped determined by the columns of A where A is a 3 x 3 matrix?
Select correct option:

|det A|          = Answer
[A]
det A
A^(-1) ,that is inverse of A


Question # 7 of 10 ( Start time: 09:57:25 PM ) Total Marks: 1
For any 3x3 matrix A where det (A) = 3, then det (2A) = ________.
Select correct option:

24
20
15
6          = Answer


Question # 8 of 10 ( Start time: 09:58:24 PM ) Total Marks: 1
Which one is not the axiom for vector space?
Select correct option:

0 + u = u
0.u = u          = Answer
1.u = u
u + v = v + u

2


Question # 9 of 10 ( Start time: 09:58:58 PM ) Total Marks: 1
Which of the following is NOT the axiom for vector space where u, v, w in V are set of vectors and l, m, n are scalars?
Select correct option:

u + (v + w) = (u + v) + w
u.v =v.u          = Answer
l (u + v)= l u + l v
(l +m) u= I u+ m u



Question # 10 of 10 ( Start time: 09:59:48 PM ) Total Marks: 1
If two rows or columns of a square matrix are identical, then det (A)wil be _______.
Select correct option:

zero          = Answer
non zero
one
positive

Bht sary answers wrong hain is main. dosri bat ye k ye opr TARIQ Bhai ne jo quiz post kiya wo first 6 lectures main se nhi hai. Ye koi purana quiz hai, Nt the latest from 1st 6 lectures. I request to Tariq bhai k ap wrong answer post na kre jb tk sure na ho. It can mislead the students. Hope u understand....

Editing in Tariq Bhai post with correct Answers:

Question # 1 of 10 ( Start time: 09:52:17 PM ) Total Marks: 1
By using determinants, we can easily check that the solution of the given system of linear equation exits and it is unique.
Select correct option:

FALSE
TRUE
I'll post it's answer later. Currently I can tell that bu using determinants we can check three properties of the system of linear equations which are as follows:

1. Solution exists and it is unique

2. System has infinitely many solution. Assigning arbitrary values to free variable(s), we can get as many solution as we want.

3. System is inonsistent i.e. no solution exists

Question # 2 of 10 ( Start time: 09:53:11 PM ) Total Marks: 1
If a multiple of one row of a square matrix A is added to another row to produce a matrix B, then which of the following condition is true?
Select correct option:

detB = k detA 
detB = detA                   Correct answer
detA detB = 0
detA detB = detA

Question # 3 of 10 ( Start time: 09:54:09 PM ) Total Marks: 1
At what condition the Cramer’s formula is valid for linear systems?
Select correct option:

When matrix is n x n
When det(A) is equal to zero
When matrix is m x n
When det(A) in not equal to zero          Correct answer

Question # 4 of 10 ( Start time: 09:54:44 PM ) Total Marks: 1
A matrix has not the same determinant if we add a multiple of a column to another column.
Select correct option:

TRUE
FALSE        Correct Answer

Question # 7 of 10 ( Start time: 09:57:25 PM ) Total Marks: 1
For any 3x3 matrix A where det (A) = 3, then det (2A) = ________.
Select correct option:

24         Correct answer
20
15
6

mze ka subject hai. Duaon main yad rkhe. tc

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