Geometric Distribution & Examples

For books, we may refer to these:
amzn.to/34YNs3W OR amzn.to/3x6ufcE
This video will explain the Geometric distribution with a Numerical example. Other distribution videos
Binomial Distribution: • Binomial Distribution
Poisson Distribution (Part 2): • Poisson Distribution
Poisson Distribution (Part 1): • Poisson Distribution S...
Geometric Distribution: • Geometric Distribution...
Negative Distribution: • Negative Binomial Dist...
Uniform Distribution: • Uniform Distribution
Exponential Distribution: • Exponential Distributi...
Normal Distribution: • Normal Distribution: H...

[@adityadey1023]

i am an IIT student and can proudly say that we havent got quality profs like you... thank you sir

[@yasithproductions9386]

I'm from Sri Lanka .I am an under gratuade student.Your videos are very helpful for me and my friends as well .Thank you sir.

[@enukasiriwardhana4358]

Which degree?

[@alemisaararsa-ft1vx]

Completely underrated really 👌 👍 best teacher

[@DrHarishGarg]

Many thanks... Happy learning always.

[@Amitsingh-mh3lx]

waho awseme explaination i always confuse with statistics ,i am getting clear concept thanks a lot god bless you

[@princevetma9306]

Thank you sir..quality of solving problems along with clearing the concept sets you apart from others..really admirable😍👍

[@aravindssingapore4327]

Hello from Singapore, Dr. H. Many thanks for creating and sharing this video. This is a priceless learning resource, and you are a phenomenal educator

[@DrHarishGarg]

Many thanks. Keep watching other videos too

[@jyotiporia4194]

SC Gupta sir wali book ke assorted questions krwao sir.

[@rafiullah9518]

@@DrHarishGarg
Sir please explain example 2 lit a bit what will bhi the x....?

[@economicsowl630]

Sar aap sach mein bahut Achcha padhaate Ho

[@abhishekrai4002]

you saved me i was having my mte ...thank you from LPU

[@deepakraj1852]

😇😇Thank you sir ❤ for your all amazing and easy to understand lectures u provided to us😇😇

[@nishantverma46]

Q1-0.8333
Q2- sir what we take in place of X?

[@priyanshugupta4328]

1,2,3,4......infinity. apply G.M

[@BhagavatSahayte]

Awesome bhaiya .... Far better than any 20 min bullshi explanation

[@lakshita1408]

Thank you so much, sir. Really helpful video, very well explained.

[@aryandeshpande1241]

yo wadup

[@simranbains6199]

Don't know why but this channel is underrated bro

[@R4js108]

Good knowledgeable content sir 👍

[@SoumyakantaMaharana-f8i]

0.8333 & 1, geometric distribution

[@SaurabhKumar-iq9oe]

0.833 and (1/2)^x

[@Si_sagar_saini]

I found most relevant explanation sir 😁👍

[@DrHarishGarg]

Thanks for liking..... Watch other videos too with the same stuff

[@Bharatiya0724]

Great Expalination

[@laxmimishra6012]

Thanku so much sir

[@DrHarishGarg]

My pleasure....

[@rutujamhaske3924]

Grateful✨

[@DrHarishGarg]

My pleasure..... Keep watching

[@naeemusman9112]

Doctor sab plz discuss the relationship of different distribution with each other
Plz make a such kind of video

[@DrHarishGarg]

It is uploaded.... Watch it and learn
..happy learning

[@laiqzada8167]

excellent method

[@gautamkrishna.m3431]

Thank you Bro ❤️

[@KayodeBabalola-y3l]

Q1 = 0.83328
Q2 = 0.3333, I stopped at X=3, I stand to be corrected

[@impliesacademy154]

Sir in geometric distribution Random variable X starts from 0 and so on 5:50

[@DrHarishGarg]

Not necessary to start 0, if it start from 0 then pmf is q^x p... Carefully see the difference between them

[@helenpoon2057]

I believe some books have X representing the number of failures before first success occurs and so the distribution is defined as pq^x. Other books have X representing the number of trials so x starts at 1 and the distribution is the pq^(x-1). Either way should come to the same result.

[@nomankhalil5272]

Welldone

[@AbhishekThakur-lp7ez]

please provide video for bernollis distribution..

[@zubairkhan1226]

Amazing sir

[@mohammadniazai646]

Nice explanation sir..... ❤️🔥

[@DrHarishGarg]

Many thanks....
Join my telegram link of Probability and Statistics
t.me/gargProbability

[@educationfreely6122]

Very Nice

[@jayeshpatil5112]

done😍😍😍

[@abhishekverma4292]

Nice❤

[@aaaazia6449]

Sir in second example what will be the value of x?..sir plz reply

[@DrHarishGarg]

In 2nd practice question, you have to find the distribution function only like p(x), not to calculate the particular event probability..... Right answer is p(x) = (1/2)^x-1 (1/2) = (1/2)^x, where x=1,2,3,.... Is the number of new baby girl born.

[@aaaazia6449]

@@DrHarishGarg thank you sir

[@Savita_prajapat]

Good

[@bestluckstar2967]

You delivered good,,but loud is very low.Raise your loud -> my recommendation

[@DrHarishGarg]

Thanks ... Sure

[@venkatnaidunallabothula1910]

Super sir

[@rohitkolpe6313]

Sir ,can you make vedio on multivariate distribution

[@DrHarishGarg]

Will try surely

[@zahradpzzone992]

In geometric distribution when p=0.2 then how we can find the probability of P(x>1).please sir is ka solution bta de.

[@DrHarishGarg]

Whenever in probability, X>a given then kindly write in P(X 1)= 1-P(X

[@zahradpzzone992]

Thanks

[@nikhatzulekha3041]

kindly upload negative binomial distribution again

[@DrHarishGarg]

ua-cam.com/video/U_ej58lDUyA/v-deo.html

[@naanungamulla6528]

Home work qus 2nd one how many attempt sir

[@ayushbhowate42]

Greatt'

[@darshnagarg5691]

Nice

[@kiit8337]

Sir is this playlist for cs students 😮

[@DrHarishGarg]

For all statistics course students...

[@m.supervisoreng.3999]

hello doctor do you have pdf of this lecture

[@libanalimohamud3709]

thanks dear sir D.r Harish Garg

[@nadeemshahbaz5756]

👍🏻👍🏻

[@priyanshugupta4328]

q1. 0.833
q2. 1

[@krishanudebnath891]

No

[@himanshugidwani38]

sir pls mic better use kro awaaz bahot km aa rhi he

[@mohitlathwal2826]

5/8

[@aroojmushtaq65]

solution of last two practice questions plz

[@chetamchari5183]

0.01758

[@Dinesh_prajapat57]

Sir Answer for Q 1. ?
And Q 2. ?

[@Dinesh_prajapat57]

My Q 1. Ans is 1.6336 that is right or wrong ? Plzz reply

[@rafiullah9518]

@@Dinesh_prajapat57
Wrong

[@rafiullah9518]

Answer is:0.8333

[@rafiullah9518]

@@Dinesh_prajapat57
Probability can't exceeds from 1
It's just (0,1) or between

[@mohitlathwal2826]

@@Dinesh_prajapat57 5/8

[@assasingh8305]

Avaaj hee nhi hai teacher ki

[@kumarabhishek3890]

volume very low

[@zairaavlogs.6021]

😐

[@DrHarishGarg]

Many thanks....
Join my telegram link of Probability and Statistics
t.me/gargProbability

[@nomankhalil5272]

Thank you sir

[@laughternights]

thank you soo much sir

[@abhishekgaurav6928]

Thanks you sir

[@user-hm7cf3ns2u]

Thankyou sir 🙏