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The question consists of two statements, one labelled as ‘Assertion (A)’ and the other as ‘Reason (R)’: Assertion (A): Tapered flocculation is more efficient when compared to the conventional process of flocculation. Reason (R): In tapered flocculation, velocity gradient at the inlet is less than that at the outlet of the flocculation unit. Examine above two statements carefully and select the correct answer from the option given below: 
In coupled line directional couplers, power from one line to another is transmitted through a microstrip line running between them.
A single section tapered line is more efficient in impedance matching than a multisection tapered line for impedance matching.
If the aperture antenna is tapered only in H-plane then which of the following is true compared to uniform non-tapered aperture antenna?
According to a survey of business firms in a certain city, 750 firms offer their employees health insurance , 640 offer dental insurance and 280 offer health insurance and dental insurance. How many firms offer their employees health insurance or dental
Arrange the following concepts in sequence in which they occur, using the given below:
(1) Offer is communicated
(2) Counter-offer is made
(3) Offer is rejected
(4) Counter-offer is accepted
Which of the following statements is/are correct?
1. Counter offer puts an end to the original offer.
2. In counter offer, the previous offer can be revived.
3. Acceptance must be absolute and unqualified.
4. Acceptance with new terms is valid.
Select the correct answer using the given below:
Which of the following statements is/are correct If A and B are two symmetric matrices of order n then 1. A + B is also a symmetric matrix. 2. AB is a symmetric matrix
Which of the following statements is/are true If A and B are two skew-symmetric matrices of order n then 1. A ⋅ B is a skew symmetric matrix when AB = - BA 2. A ⋅ B is a symmetric matrix when AB = BA
Which of the following statements is/are true  If A is a symmetric matrix of order n then 1. k ⋅ A is a symmetric matrix where k is any real number. 2. Am is a symmetric matrix where m ∈ N