MTH100 Final Term Past Paper


 MTH100 Final Term Past Paper 

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1) Define a set? 

Definition: A set is an unordered assortment of unmistakable articles. Articles in the assortment are called components of the set. 

2) What is program technique for sets? 

The program technique for determining a set comprises of encompassing the assortment of components with supports. For instance the arrangement of tallying numbers from 1 to 5 would be composed as {1, 2, 3, 4, 5}. 

3) Define invalid set? 

Definition: The set without any components is known as the unfilled set or the invalid set. 

4) Define widespread set? 

Definition: The widespread set is the arrangement of everything relevant to a given conversation and is assigned by the image U 

5) Define subset? 

Definition: The set A will be a subset of the set B, signified A B, if each component of An is a component of B. 

6) Define equivalent set? 

Definition: Two sets An and B are equivalent if A B and B A. On the off chance that two sets An and B are equivalent we compose A = B to assign that relationship. 

7) Define crossing point of sets? 

Definition: The crossing point of two sets An and B is the set containing those components which are components of An and components of B. We compose A B to signify An Intersection B. Model: If A = {3, 4, 6, 8} and B = { 1, 2, 3, 5, 6} then A B = {3, 6} 

8) Define association of sets? 

Definition: The association of two sets An and B is the set containing those components which are components of 

An or components of B. We compose A B to signify A Union B. Model: If A = {3, 4, 6} and B = { 1, 2, 3, 5, 6} then A B = {1, 2, 3, 4, 5, 6}. 

9) What are logarithmic properties of sets? Or on the other hand contrast between commutative assosiative and distributive law? 

Commutative: Union and convergence are commutative activities. At the end of the day, A B = B An and A n B = B n A 

Assosiative: Union and convergence are cooperative activities. At the end of the day, (A B) C = A (B C) and (A n B) n C = B n (A n C) 

Distributive: Union and Intersection are distributive as for one another. At the end of the day A 

n ( B C )= (A n B) (A n C) and A ( B n C )= (A B) n (A C) 

10) Define cardinality? With two kinds? 

Definition: Cardinality alludes to the quantity of components in a set 

A limited set has a countable number of components 

An interminable set has in any event the same number of components as the arrangement of common numbers 

11) Define complex number? 

Definition: Numbers of the structure a + bi are called complex numbers. 

an is the genuine part and b is the nonexistent part. The arrangement of complex numbers is indicated by C 

12) Defineabsolute worth? 

Definition: The outright worth or modulus of an intricate number is the separation the mind boggling number is from the starting point on the perplexing plane. 

13) Define connection? 

Definition: A mapping between two sets An and B is basically a standard for relating components of one set to the next. A mapping is likewise called a connection. 

14) Define space and range ? 

Definition: The set comprising of individuals from the pre-picture or contributions of a capacity is called its area. For a given area the arrangement of potential results or pictures of a capacity is called its range. 

15) Define even and odd capacity? 

Definition: A capacity is called an even capacity if its chart is symmetric concerning the vertical hub, and it is called an odd capacity if its diagram is symmetric regarding the root. 

16) Define quadratic capacity? 

Definition: A component of the sort y = ax2 + bx + c where a, b, and c are known as the coefficients, is known as a quadratic capacity. 

17) Define a lattice? 

Definition: A lattice is a rectangular game plan of numbers in lines and segments. The request for a framework is the quantity of the lines and segments. The sections are the numbers in the grid. 

18) Define character lattice? 

Definition: A Square lattice with ones on the inclining and zeros somewhere else is called a personality framework. It is meant by I. 

19) When a grid has echelon structure? 

A grid is in echelon structure on the off chance that it has the accompanying properties 

Each non-zero line starts with a 1 (called a main 1) 

Each driving one out of a lower push is further to one side of the main one above it. On the off chance that there are zero lines, they are toward the finish of the grid 

20) When a framework has refuced echelon structure? 

A framework is in decreased echelon structure if notwithstanding the over three properties it likewise has the accompanying property: 

Each and every other section in a segment containing a main one is zero Methods for discovering Solutions of Equations: 

Utilizing Row Operations: Recall that when we are illuminating concurrent conditions, the arrangement of conditions stays unaltered in the event that we play out the accompanying activities: 

Duplicate a condition by a non-zero constants Add a numerous of one condition to another condition Interchange two conditions. 

21) Define append or adjugate? 

Definition: Given a network An, ascertain all the cofactors of A. We at that point structure the network ( of the cofactors. The Adjoint or Adjugate of An is the transpose of the grid of the cofactors. 

22) Define arrangement and terms? 

Definition: Rows of numbers are called arrangements, and the different numbers are called terms of the grouping. 

23) Define number-crunching groupings? 

Definition: An Arithmetic Sequence (or Arithmetic Progression) is an arrangement wherein each term after the primary term is found by including a consistent, called the basic distinction (d), to the past term 

24) Define geometric groupings? 

Definition: A grouping where each term after the first is found by duplicating the past term by a consistent worth called the basic proportion, is known as a Geometric Sequence (or Geometric Progression). The equation for finding any term of a geometric arrangement is a = arn-1 

25) Define geometrics arrangement? 

Definition: A Geometric Series is the aggregate of the terms in a number juggling grouping. The equation for fining the aggregate of the main n terms of a geometric arrangement is given by Sn=a(1-rn)/1- 

26) Define focalized and unique? 

Definition: If a succession of numbers draws near (or combines) to a limited number, we state that the arrangement is focalized. In the event that a grouping doesn't join to a limited number it is called disparate. 

27) What is augmentation head? 

Augmentation Principle: If two tasks An and B are acted all together, with n potential results for An and potential results for B, at that point there are n x m conceivable consolidated results of the main activity followed continuously.


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