Let X be the r.v. denoting the number of forms required to be lled .pdf

Upcoming SlideShare

Let x1 and x2 be independent random variables with mean m and varian.pdf

Let x1 and x2 be independent random variables with mean m and varian.pdf

Loading in ... 3

Let X be the r.v. denoting the number of forms required to be lled .pdf

Mar. 24, 2023•0 likes•2 views

Download to read offline

Education

Let X be the r.v. denoting the number of forms required to be ?lled out by a contractor for participation in contract bids, where the values of X are 1, 2, 3, 4, and 5, and suppose that the respective probabilities are proportional to x; that is, P(X = x) = f(x) = cx, x = 1, . . . , 5. (i) Determine the constant c. (ii) Calculate the probabilities. Solution 15 c=1 c = 1/15 = 0.066 probabilities = 0.066 , 0.133 , .......0.33.

info665359Follow

Recommended

Let x1 and x2 be independent random variables with mean m and varian.pdf

Let x1 and x2 be independent random variables with mean m and varian.pdf

Let x1 and x2 be independent random variables with mean m and varian.pdfinfo66535914 views•1 slide

Let X, Y, W be sets and f X Y and g Y W be bijections. Show .pdf

Let X, Y, W be sets and f X Y and g Y W be bijections. Show .pdf

Let X, Y, W be sets and f X Y and g Y W be bijections. Show .pdfinfo6653594 views•1 slide

Let x, y be integers. Prove that if 3 does not divide x and 3 does n.pdf

Let x, y be integers. Prove that if 3 does not divide x and 3 does n.pdf

Let x, y be integers. Prove that if 3 does not divide x and 3 does n.pdfinfo6653594 views•1 slide

Let x represent the scores on a mathematics achievement test given t.pdf

Let x represent the scores on a mathematics achievement test given t.pdf

Let x represent the scores on a mathematics achievement test given t.pdfinfo6653592 views•1 slide

Let x take value between 0 and 3. x is a continuous random variable .pdf

Let x take value between 0 and 3. x is a continuous random variable .pdf

Let x take value between 0 and 3. x is a continuous random variable .pdfinfo6653592 views•1 slide

Let X have the negative binomial distribution with parameters r and .pdf

Let X have the negative binomial distribution with parameters r and .pdf

Let X have the negative binomial distribution with parameters r and .pdfinfo6653595 views•1 slide

More Related Content

More from info665359(20)

Let X denote the time between detections of a particle with a geiger.pdf

Let X denote the time between detections of a particle with a geiger.pdf

Let X denote the time between detections of a particle with a geiger.pdf

info665359•8 views

let x denote the duration of a randomly selected pregnancy (the time.pdf

let x denote the duration of a randomly selected pregnancy (the time.pdf

let x denote the duration of a randomly selected pregnancy (the time.pdf

info665359•3 views

Let X be normally distributed with mean = 12 and standard deviatio.pdf

Let X be normally distributed with mean = 12 and standard deviatio.pdf

Let X be normally distributed with mean = 12 and standard deviatio.pdf

info665359•2 views

Let X be defined as X = x^2 -x for all values of x. If A = a-2, what.pdf

Let X be defined as X = x^2 -x for all values of x. If A = a-2, what.pdf

Let X be defined as X = x^2 -x for all values of x. If A = a-2, what.pdf

info665359•9 views

Let X be an r.v. defined on a sample space S into the real line R. .pdf

Let X be an r.v. defined on a sample space S into the real line R. .pdf

Let X be an r.v. defined on a sample space S into the real line R. .pdf

info665359•4 views

Let X be an r.v. defined on a sample space S into the real line R . .pdf

Let X be an r.v. defined on a sample space S into the real line R . .pdf

Let X be an r.v. defined on a sample space S into the real line R . .pdf

info665359•2 views

Let X be a random variable with density function fx(s) such that .pdf

Let X be a random variable with density function fx(s) such that .pdf

Let X be a random variable with density function fx(s) such that .pdf

info665359•2 views

Let X be a set such that there exists a surjective function f X--.pdf

Let X be a set such that there exists a surjective function f X--.pdf

Let X be a set such that there exists a surjective function f X--.pdf

info665359•2 views

Let X be an r.v. with p.d.f. f(x) = 3x^2, for 0 x 1. (i) Calcul.pdf

Let X be an r.v. with p.d.f. f(x) = 3x^2, for 0 x 1. (i) Calcul.pdf

Let X be an r.v. with p.d.f. f(x) = 3x^2, for 0 x 1. (i) Calcul.pdf

info665359•2 views

let x be an element of a commutative ring R which has an inverse x^.pdf

let x be an element of a commutative ring R which has an inverse x^.pdf

let x be an element of a commutative ring R which has an inverse x^.pdf

info665359•2 views

let x be a random variable with cumulative distribution function giv.pdf

let x be a random variable with cumulative distribution function giv.pdf

let x be a random variable with cumulative distribution function giv.pdf

info665359•3 views

Let X be a random variable that takes on the values {-1,0,1,2,3} eac.pdf

Let X be a random variable that takes on the values {-1,0,1,2,3} eac.pdf

Let X be a random variable that takes on the values {-1,0,1,2,3} eac.pdf

info665359•3 views

Let X be a normal random variable with mean and standard deviation.pdf

Let X be a normal random variable with mean and standard deviation.pdf

Let X be a normal random variable with mean and standard deviation.pdf

info665359•3 views

Let X be a random variable that takes the values 1, 2, and 3, with t.pdf

Let X be a random variable that takes the values 1, 2, and 3, with t.pdf

Let X be a random variable that takes the values 1, 2, and 3, with t.pdf

info665359•3 views

Let X be a geometric random variable with parameter p, and n and m b.pdf

Let X be a geometric random variable with parameter p, and n and m b.pdf

Let X be a geometric random variable with parameter p, and n and m b.pdf

info665359•6 views

Let X be a continuous random variable with the desnity function F(x).pdf

Let X be a continuous random variable with the desnity function F(x).pdf

Let X be a continuous random variable with the desnity function F(x).pdf

info665359•4 views

Let X be a binomial random variable with parameters m and 13. Find .pdf

Let X be a binomial random variable with parameters m and 13. Find .pdf

Let X be a binomial random variable with parameters m and 13. Find .pdf

info665359•2 views

Let X be a continuous random variable that takes values in [0, 1], a.pdf

Let X be a continuous random variable that takes values in [0, 1], a.pdf

Let X be a continuous random variable that takes values in [0, 1], a.pdf

info665359•4 views

Let X = hourly median power (in decibels) of received radio signals .pdf

Let X = hourly median power (in decibels) of received radio signals .pdf

Let X = hourly median power (in decibels) of received radio signals .pdf

info665359•4 views

Let W1 and W2 be two unbiased estimators for the parameter . If w=aw.pdf

Let W1 and W2 be two unbiased estimators for the parameter . If w=aw.pdf

Let W1 and W2 be two unbiased estimators for the parameter . If w=aw.pdf

info665359•9 views

Recently uploaded(20)

Linear Algebra.pptx

Linear Algebra.pptx

Linear Algebra.pptx

Maths Assignment Help•0 views

Organ of Corti.pptx

Organ of Corti.pptx

Organ of Corti.pptx

Htet Ko•0 views

Best Digital Marketing Course in hyderabad

Best Digital Marketing Course in hyderabad

Best Digital Marketing Course in hyderabad

krishnap88•0 views

ppt Abd trauma Present.pptx

ppt Abd trauma Present.pptx

ppt Abd trauma Present.pptx

TchiHome•0 views

Std 7th Science Chapter 8 WINDS, STORMS AND CYCLONES.pptx

Std 7th Science Chapter 8 WINDS, STORMS AND CYCLONES.pptx

Std 7th Science Chapter 8 WINDS, STORMS AND CYCLONES.pptx

MVHerwadkarschool•0 views

Geography Crash Course UPSC

Geography Crash Course UPSC

Geography Crash Course UPSC

gsscore2•0 views

WOUND HEALING.ppt

WOUND HEALING.ppt

WOUND HEALING.ppt

Htet Ko•0 views

ABT Report 2022-2023.pdf

ABT Report 2022-2023.pdf

ABT Report 2022-2023.pdf

ssuser7520d2•0 views

FINAL Research Sharing Session KOD IIUM.pptx

FINAL Research Sharing Session KOD IIUM.pptx

FINAL Research Sharing Session KOD IIUM.pptx

ShirmayneTang1•0 views

Malaria PRESENTATION.pptx

Malaria PRESENTATION.pptx

Malaria PRESENTATION.pptx

AlinisweNgambi•0 views

SyrishBecalasYT•0 views

kbagro3611ppt.pptx

kbagro3611ppt.pptx

kbagro3611ppt.pptx

RahulDhondge3•0 views

Class Observation 2 Englsih.pptx

Class Observation 2 Englsih.pptx

Class Observation 2 Englsih.pptx

ArvieShayneTarragoGi•0 views

Std 7th Science Chapter 7 WEATHER, CLIMATE AND ADAPTATIONS OF ANIMALS TO CLIM...

Std 7th Science Chapter 7 WEATHER, CLIMATE AND ADAPTATIONS OF ANIMALS TO CLIM...

Std 7th Science Chapter 7 WEATHER, CLIMATE AND ADAPTATIONS OF ANIMALS TO CLIM...

MVHerwadkarschool•0 views

Std 8th Science Chapter 8 Friction.pptx

Std 8th Science Chapter 8 Friction.pptx

Std 8th Science Chapter 8 Friction.pptx

MVHerwadkarschool•0 views

cloud computing

cloud computing

cloud computing

PoornimaDhingra•0 views

amaranthaceae-210707061148.pdf

amaranthaceae-210707061148.pdf

amaranthaceae-210707061148.pdf

Mohitgupta555351•0 views

robbins_tips6_ppt_01.ppt

robbins_tips6_ppt_01.ppt

robbins_tips6_ppt_01.ppt

Dr. Vartika Dutta•0 views

ConArts Q2 W3-4 The Production Team.pptx

ConArts Q2 W3-4 The Production Team.pptx

ConArts Q2 W3-4 The Production Team.pptx

LeaSantuele1•0 views

alvic_stress.ppt

alvic_stress.ppt

alvic_stress.ppt

alvicroda2•0 views

Let X be the r.v. denoting the number of forms required to be lled .pdf

Let X be the r.v. denoting the number of forms required to be ?lled out by a contractor for participation in contract bids, where the values of X are 1, 2, 3, 4, and 5, and suppose that the respective probabilities are proportional to x; that is, P(X = x) = f(x) = cx, x = 1, . . . , 5. (i) Determine the constant c. (ii) Calculate the probabilities. Solution 15 c=1 c = 1/15 = 0.066 probabilities = 0.066 , 0.133 , .......0.33