(f-1)'=2+2x,x is greater than or equal to zero and f'(2)=3,find f'(x)
True. A sequence can be defined as a function whose domain is the set of natural numbers, where each natural number corresponds to a unique term in the sequence. This means that for each natural number ( n ), there is a specific output (the ( n )-th term of the sequence) associated with it. Thus, sequences can be viewed as ordered lists of elements defined by such functions.
sequence
The sum of the terms in a sequence is called a series. Sequence is a function whose domain is the natural numbers. So f(1)= first entry in the sequence, and f(2) is the next.... f(n) is the nth term. We usually don't write sequences that way. Instead of f(1) we write, a1 to refer to the first term. The function tells us the rule we use to find the terms of the sequence. So for example, f says take n and square it. Then the first 3 terms of the sequence are 1, 4 and 9 and the first 3 terms of the series are 1, 5 and 14
The natural number whose predecessor does not exist is 1. In the set of natural numbers, 1 is the smallest number, and it has no natural number that comes before it. All other natural numbers, such as 2, 3, and so on, have a predecessor.
natural number means whose straiting from 1, 2, ................................. and counting numbers starting from 0,1, 2, ..........................................
A sequence is a function ! whose domian is the set of natural numbers
True. A sequence can be defined as a function whose domain is the set of natural numbers, where each natural number corresponds to a unique term in the sequence. This means that for each natural number ( n ), there is a specific output (the ( n )-th term of the sequence) associated with it. Thus, sequences can be viewed as ordered lists of elements defined by such functions.
yes it is a function because sequence defined as "a function whose domain is set of natural number"
true
sequence
A sequence is a list whose members each have the same relationship to the member that precedes it in the list. For example, in the sequence 2, 3, 5, 9, 17, each number after 2 is one less than double its predecessor. Alternatively, a sequence is simply an infinite list of numbers, or a function with the positive integers as the domain.
A mathematical sequence whose verb is equal is the definition for an equation. An equation is given in the form A is equal to B. An equation can contain numbers and variables.
The sum of the terms in a sequence is called a series. Sequence is a function whose domain is the natural numbers. So f(1)= first entry in the sequence, and f(2) is the next.... f(n) is the nth term. We usually don't write sequences that way. Instead of f(1) we write, a1 to refer to the first term. The function tells us the rule we use to find the terms of the sequence. So for example, f says take n and square it. Then the first 3 terms of the sequence are 1, 4 and 9 and the first 3 terms of the series are 1, 5 and 14
The natural number whose predecessor does not exist is 1. In the set of natural numbers, 1 is the smallest number, and it has no natural number that comes before it. All other natural numbers, such as 2, 3, and so on, have a predecessor.
natural number means whose straiting from 1, 2, ................................. and counting numbers starting from 0,1, 2, ..........................................
The numbers are: 1-sqrt(2), 1 and 1+sqrt(2) or approximately -0.414214, 1 and 2.414214
The mathematical sequence whose verb is equal is the "constant sequence," where each term in the sequence is the same value. For example, in a constant sequence like ( a_n = c ) for all ( n ), every term ( a_n ) is equal to the constant ( c ). This can also be interpreted as the sequence of equal numbers, where the equality between terms is maintained throughout.