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Prepare the composition table for multip...

Prepare the composition table for multiplication modulo 6 `(xx_(6))` on `A={0,1,2,3,4,5}.`

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Prepare the composition table for addition modulo 6 (+_(6)) on A={0,1,2,3,4,5} .

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Let A={1,omega,omega^(2)} be the set of cube roots of unity. Prepare the composition table for multiplication (xx) on A. Show that multiplication on A is a binary operation and it is commutative on A. Find the identity element for multiplication and show that every element of A is invertible.

Let A={1,-1,I,-i} be the set of fourth roots of unity. Prepare the composition table for multiplication (xx) on A . Show that multiplication on A. Find the identity element for multiplication and show that every element of A is invertible.

Let S={1,omega,omega^(2)} be the set of cube roots of unity. Prepare the composition table for multiplication (xx) on S, show that multiplication on S is a binary operation and it is commutative on S. Also, show that every element on S is invertible.

For the binary operation multiplication modulo 5*(xx_(5)) defined on the set A={1,2,3,4}, find the value of {2xx_(5)3^(-1) . [Note that the inverse of 3 is 2]

Prepare the composition table for multiplication (xx) on the set of fourth roots of unity and discuss its important properties.

The binary operation multiplication modulo 10(xx_(10)) is defined on the set A={0,1,3,7,9,}, find the inverse of the element 7.

Let A={1,-1} be the set of square roots of unity. Considering multiplication (xx) as a binary operation on A, construct the composition table for multiplication on A. Determine the identity element for multiplication in A and the inverses of the elements.

Find solution by cross multiplication method 3x-4y=1,4x-3y=6 .

CHHAYA PUBLICATION-BINARY OPERATION-EXERCISE 3 (Long Answer Type Questions)
  1. Construct the composition table for the binary operation multiplicatio...

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  2. A binary operation ** on NN is defined by a**b=L.C.M.(a,b) for all a,...

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  3. Let P(A) b the power set of non-empty set A. A binary operation ** is ...

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  4. A binary operation ** is defined in QQ(0), the set of all non-zero rat...

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  5. Let P(C ) be the power set of non-empty set C. A binary operation ** ...

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  6. Let A=Ncup{0}xxNNcup{0}, a binary operation ** is defined on A by. (a,...

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  7. Let A={0,1,2,3,4,5} be a given set, a binary operation @ is defined on...

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  8. Let A=NNxxNN, a binary operation ** is defined on A by (a,b)**(c,d)=(a...

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  9. Find the values of (i) 4+(6)2 (ii) 7+(5)7 (iii) 5+(8)2 (iv) 3xx(7)...

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  10. Let M(2)(x)d={:{((x,x),(x,x)):},x inRR} be the set of 2xx2 singular ma...

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  11. Prepare the composition table for addition modulo 6 (+(6)) on A={0,1,2...

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  12. Prepare the composition table for multiplication modulo 6 (xx(6)) on A...

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  13. A binary operaiton ^^ on the set A={1,2,3,4,5} is defined by a^^b=min(...

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  14. Let S={1,omega,omega^(2)} be the set of cube roots of unity. Prepare t...

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  15. Prepare the composition table for multiplication (xx) on the set of fo...

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  16. Complete the following nultiplication table so as to define a commutat...

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  17. A binary operation @ is defined on the set A={0,1,2,3,4,5} as follows:...

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  18. An operation ** is defined on the set A={1,2,3,4} as follows: a**b,ab(...

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  19. Let A={1,-1} be the set of square roots of unity. Considering multipli...

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  20. Let ** be the binary defined on the set S={1,2,3,4,5,6} by a**b=r whe...

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