The continued fraction for 2453 is: a) [49;1,1,8,1,2] b) [49;1,1,8,1,1,2] c) [49;1,1,8,1,1,98] d) [49;1,1,8,1,1,4]

Q: Number 25

A: IN this question, we use integration by parts .

Q: 4. Write as a single power first, if possible, and then evaluate. a) 5³ x 5 b) 4⁹ ÷ 47 c) (2¹)² -5 •…

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Q: 3) 10+ 8 = 32 a) 1.19 d) 4.76 b) 1.43 (c) 2.24

A:

Q: 11. Explain why each of the following is NOT a gro (a) The integers with multiplication. (b) The set…

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Q: Brian goes fishing every four days and Jake goes fishing every five days. They both went fishing on…

A: Brain goes after 4 days. Jake goes after 5 days. So, LCM of (4,5) = 20

Q: The set of fractions that are less than 1 but greater then 0 are finite or infinite?

A: Given ,  The set of fractions that are less than 1 but greater then 0 are finite or infinite. The…

Q: Say a license plate has 3 letters followed by 5 digits. a) How many different license plates are…

A: It is known that there are, 26 letters and 10 digits (0 to 9). a) Given that, the license plates…

Q: for b) where did you get 65

A: n = 10  The 95% confidence interval is 65±12 The mean is given in the question as 65 The mean = x¯ =…

Q: 4) - 3 8 (33) A) 4 B) {-1} C) {-2} D) {1}

A: First we will cross multiply to given fraction a-63=688(a-6)=6(3)8a-48=18

Q: 98! 1. Simplify. : 100! a) 100 x 99 x 98! b) 1 100 x 99 x 98 c) 100 × 99 d) 1 100 × 99

A:

Q: 2. Which of the following sets does not contain any inrational numbers? a. (-5.12, 1, 30) c.(, VT00,…

A: The sets are, -5.12, π, 30 92, 100, 5.123 80, 100, 6.56 5.123....,12, -65

Q: 1 (2¹) 4 4

A: Given matrix as, A=-2144

Q: 12) through: (5, 2) and (1, –1)

A: Please rate

Q: a) John is now 3 times as old as his brother Sam. In 5 years, John will be twice as old as Sam will…

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Q: 25) 48p 27) V224n

A: The given expression is: 1)- 48p44 2)-224n35

Counting Principles

In statistics, the counting principle can be said to be the concept in which the quantity of an item is determined. There can be a single item, or a group of items, or items that are related to each other. In every possible set of items, the quantity of the possible item groups or their sorting measures can be determined with counting principles.