Consider joint probability distribution given below. 1.0 1 1/16 1.5 2 5/16 1.5 3 1/4 2.5 4 1/4 3.0 5 1/8 Determine the following: In your intermediate calculations, round all fractions to three decimal places. Round your answers to three decimal places (e. g. 98.765). (a) Conditional probability distribution of given that . 1 Enter your answer; f_[Y|1.5](1) 2 Enter your answer; f_[Y|1.5](2) 3 Enter your answer; f_[Y|1.5](3) 4 Enter your answer; f_[Y|1.5](4) 5 Enter your answer; f_[Y|1.5](5) (b) Conditional probability distribution of given that . 1.0 Enter your answer; f_[X|2](1.0) 1.5 Enter your answer; f_[X|2](1.5) 2.5 Enter your answer; f_[X|2](2.5) 3 Enter your answer; f_[X|2](3) (c) Enter your answer in accordance to the item c) of the question statement (d) Are and independent

if im undersanding the question correctly, its organized from 10

step-by-step explanation:

total amount to be paid = $19.5

step-by-step explanation:

given ,

original price = $25.99

discount = 25%

discount amount = 25% of original price

discount amount = 25/100   * 25.99

discount amount = $6.49

hence , the total amount to be paid = original price - discount amount

                                                            = $25.99 - $6.49

                                                            =$19.5

total amount to be paid = $19.5

answer: integers are just whole numbers: positive, negative, and zero.

i = {-∞, -2, -1, 0, 1, 2, 3, ∞}

let x = 1st integer

let y = 2nd integer

x = 3y + 17   {equation 1}

xy = -24         {equation 2}

substitute 3y+17 in place of x n equation 2

and solve for y.

(3y+17)y = -24

3y2 + 17y = -24

3y2 + 17y + 24 = 0

from quadratic equation:

y = [-17±√(172-4(3)(24))]/(2(3))

y = (-17 ±√1)/6

y = (-17+1)/6   or     y = (-17-1)/6

y = -16/6           or     y = -18/6

y = -2 2/3         or   y = -3

since we are dealing with

y = -3

x = 3y+17 = -9+17 = 8

the integers are -3, 8

step-by-step explanation: