FIR - एफ आई आर - Episode 1019 - 23rd July 2016

Billu & Gopi bump into Yamraj. Billu asks Gopi to swallow Chandramukhi's medical reports
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[@jaydeeppatil7003]

गोपी और बिल्लू के सबसे ज्यादा फॅन बेस है।ये दोनो जान हैं, fir सिरीयल के।

[@krishnanag4443]

​@PKPartsandvlogsI also.

[@Msd07070]

8:30 sbse best reaction by gopi 😄😄

[@jiveshbaba]

Sabke expression itne funny hain ki mat pucho bc roz ke 10-20 episode dekh leta hun.. Billu & gopi😂😂😂

[@oobahisaab802]

Same to u

[@enormousdinosaur.3103]

@@oobahisaab802 Same to you. 2.

[@rajeevverma9566]

Miss you chatula didi, gopi(well mummy ji) and billu

[@AnkitKumar-ug1bk]

Very good billu

[@rajagarwal3895]

Mane aisa episode nahi dekha just amazing billu and gopi both billu and gopi are just marvelous amazing and fabulous

[@Kishansidar2490]

Super gopi😂😂😂

[@chandasingh3914]

The fantastic shows SAB TV

[@mdshahid1385]

Gopi is very funny 😂😂

[@deepakdeshwal2129]

😂🤣🤣🤣😂😂😘kya expression Hain sabke aur Gopi ki to baat hi alag h🤪 😋🔥😎 I love it show very much.....ha...ha...ha...ha

[@chaitalijoshi7653]

BILLU u r so cute and funny expression KILLS SIR ROCK'S GREAT SIR GEM SIR TALENTED RESPECT n Deserved a respect

[@salmanbhai-bl7of]

You are right

[@neharao8044]

I love bajrang pandey 😍😘& chandramukhi chautala..😍😘

[@AnkitKumar-ug1bk]

Very good billlu

[@chaitalijoshi7653]

Vipul Roy is tooo good THANKS please come back f.i.r

[@mpsingh4007]

सर कृप्या SONY PAL पर FIR SHOW जल्द ही डाले

[@MUKESHSHARMA-vl7rf]

Hi. Mc

[@shahkiran6627]

AA SONY PAL PAR CHE

[@PremYadav-he1gc]

Background music is the best

[@azeetmohd6153]

Sssssssssssss#s

[@azeetmohd6153]

Sssssssssssss#ss

[@azeetmohd6153]

Sssssssssssss#sss

[@azeetmohd6153]

Swesss

[@azeetmohd6153]

Swesssss

[@ichhramshukla5951]

mind blowing

[@Dmminiature2345]

alwys lv u fir team😍😍😘😘😘😘😘specially billu.

[@mahadevbaroda8054]

Wow😮😯😯

[@muskhankushi841]

Super mind blowing fabulous osmossss super se uper

[@heenakaushar308]

this episode mindblowing

[@ahmadali-zk2nf]

Wjjwkkms!s!w!w!as halal karaoke is kai so his name baba banana bans BBS began Makkah any dispel on mm new Heidi wow men snake khans Shaka kinin HDB

[@tapeshagarwal2408]

Hi heena

[@jameelraj2519]

Chandru love u ma'am

[@rajagarwal3895]

What a episode yar i loved it

[@varunverma3389]

Myself name

[@rajatkumar-df6cv]

Supr 😂😂😂😂billu

[@pankajtiwari7153]

Nice

[@MandeepKarondapuria]

Beautiful cc

[@brahaspatimanisinghbaghel5385]

What's a great role o shurpanakha"

[@red67168]

Inspector bhola speaks like makkan singh

[@chaitalijoshi7653]

Back ground music is awesome n cute n cute and funny

[@flamer3212]

I love you billu so funny 🙂🤗😇

[@chaitalijoshi7653]

Best wishes medicine n refreshment during LOCKDOWN PERIOD

[@SaddamKhan-qs2ml]

Bring back fir serial season 2 please

[@chaitalijoshi7653]

Background music is awesome..funny n cute..

[@smartinfo9]

Gopi:- O yaah, sure bro, sure sure sure😂😂😆😅

[@arathiarathi8404]

I like bhola pandit😘

[@jakirahmed490]

Very nice episode please upload more

[@vasavashailesh1562]

Super

[@mohdirfanraza9080]

Bountifull

[@ritishkumar9401]

Well... Haters mai nhi hai dimag is the.. Haseenay agr sheek h to mai hu kabab is the...🤭

[@DS-en7fh]

9:41 😂😂

[@bhagyashreegarude7825]

14:55 😅😅😅😅

[@deepakaj4136]

osm

[@Honeygeniuse23]

Madam ji:are ae drama king ..abe Ramleela mein Raja Janak ka roll kiya tha ki Raja Dashrath ka😅😅 Gopi: surpanakha ka roll Karta thaji😂😂 Madam ji: perfect casting😅😂 Gopi: chalo bhai bezzati ho chuki kam pe chale😅😂

[@ritikrandhawa54]

I like it chandmukhe

[@baithind1640]

Nyc

[@afreenkhan8250]

Nice video

[@sarfrazkhan370]

I love fir

[@zaiverkhan684]

Wah wah

[@shahvejali3889]

mama

[@shravyaamin8346]

Yam raj ka aisah Mazak na udaoo

[@GurpreetSingh-ix4od]

Very nice commady show and funny movement s

[@shahhurain4188]

😅😫😫😱😱😱👎👎👎💘💔💔💔🤗

[@onlinesale3367]

My feveret episod

[@ahmerbaig3003]

I like this drama very much

[@akshatmathur9972]

so funny

[@maheshsahane5154]

Nice chandramukhi chotala

[@yoyohaneysingh7577]

nic

[@aayushiaayushi3373]

I love fir Kavita kaushik and Aamir Ali

[@vidhibhawat6108]

8.36 background music 👌👌👌👌👌👌👌👌👌👌👌👌

[@kisansingh292]

I LOVE BILU

[@chaitalijoshi7653]

ALL team of F.I.R is tooo good THANKS please come back f.i.r good job by talented ACTORS writer n director n entire team of F.I.R is tooo good THANKS please come back f.i.r good job by talented ACTORS

[@Anubhav143]

Gopi aur billu my goddddd all is well is the Gopi and billu is stell is the😅😅

[@chholuchholu3841]

Tarbuj k size ke tamatar😁😁😁😁

[@cutieanandiya9839]

To good

[@ushasinha4775]

😊😊

[@chaitalijoshi7653]

Please start this show with same actors and background music n lapataganj also.song please BILLU u r so cute and funny Gopi is so cute and funny Gopi is so cute and funny expression KILLS SIR ROCK'S GREAT SIR

[@chaitalijoshi7653]

Please start this show with same actors and background music n lapataganj also.song please BILLU u r so cute and funny Gopi is so cute and funny Gopi is so cute and

[@maxplank414]

Ap bahut fir dekhte ho lgta hai ..... har episode me aap comment krte ho ...... aur Billu apka favorite hai

[@dkcassano5877]

Billu...soot soot kr itna sootunga ki sakal smjh nhi aayegi😂😂😂😂

[@bslrgaming2894]

Hemant

[@fdhfgd9712]

I like Billu Bhula

[@dheerajverma7839]

Nahi full movie

[@AmandeepSingh-fq7ip]

Nice fir

[@rumirajmahirarizvidiamond8238]

Love u chotala

[@da7me_ta5h73]

Mimicking taqdeerwala movie

[@enjoyindia1567]

❣️❣️

[@user-fb2kf4rt9i]

Shingade waali 😂😂😂😂😂 dudh ke dhule dahi se male 🤣🤣🤣🤣

[@ranjeetsandhu6409]

dhanchuuu dhanchuuu.....😝😝

[@lovehockey6129]

Miss You Dipesh Bhan Sir...

[@enjoyindia1567]

Gopi is my favorite

[@getlost261]

M gadha hu denchu denchu 😁 m b gadha hu denchu denchu 😁😁

[@user-yo2nc2ki4i]

So funny billu 😂😂

[@trueloveforindia9112]

Sub inspector hanuman panday makhan Singh was very cute very funny

[@knowledgeblast4700]

Story to tqdeervala movie jesi h

[@tapeshagarwal2408]

Hi khusi

[@millibhattacharya9177]

🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣

[@PremYadav-he1gc]

Very very funny 😆. Great show

[@shikshapathak3706]

Gopi is sach as best actor

[@realzawfishankhan]

Bhula billu 14:52

[@bignyaptitripathi3912]

He is Tripathi and so am I

[@deepakaj4136]

mst

[@viralpatel8967]

Hiiiii

[@viralpatel8967]

Hii

[@rameshmaida4343]

Bignyapti Tripathi tuhhhdyiRtyg

[@rameshmaida4343]

Bignyapti Tripathi 👩‍⚖️👩‍⚖️🧜😜🤔😥

[@alkasingh6445]

Him- dandika 🤣🤣

[@zulminanahmed9489]

Copying Taqdeer Wala

[@babbumanesh2936]

Sidhu ala

[@fdhfgd9712]

hi

[@sidhusabh7482]

jamraj ka roll n karo unlike this

[@Sumraaayash10]

Gopi best 😂Excuseme🤣🤣🤣🤣🤣🤣🤣🤣🤣

[@tarachandgurjar536]

Point: A point is a dot made by a sharp pen or pencil. It is represented by capital letter. Line: A straight and endless path on both the directions is called a line.  Line segment: A line segment is a straight path between two points.  Ray: A ray is a straight path which goes forever in one direction.  Collinear points: If three or more than three points lie on the same line, then they are called collinear points.  Non-collinear points: If three or more than three points does not lie on the same line, then they are called non-collinear points.  Angle: The space between two straight lines that diverge from a common point or between two planes that extend from a common line.  Types of Angles 1. Acute angle: An angle between 0° and 90° is called acute angle.  2. Right angle: An angle which is equal to 90° is called right angle.  3. Obtuse angle: An angle which is more than 90° but less than 180° is called obtuse angle.  4. Straight angle: An angle whose measure is 180° is called straight angle.  5. Reflex angle: An angle whose measure is between 180° and 360° is called reflex angle.  6. Complete angle: An angle which is equal to 360° is called complete angle  Pairs of Angles 1.Complementary angles: Two angles are said to be complementary if the sum of their degree measure is 90°.  For example, pair of complementary angles are 35° and 55°. 2. Supplementary angles: Two angles are said to be supplementary if the sum of their degree measure is 180°. ∠AOC + ∠BOC = 180°  3. Bisector of angle: A ray which divides an angle into two equal parts is called bisector of the angle. ∠AOC = ∠BOC  4. Adjacent angles: Two angles are said to be adjacent angles if They have a common vertex (O) They have a common arm (OC) and their non-common arms are on either side of common arm (OA and OB). ∠AOB = ∠AOC +∠BOC 5. Linear pair: Two adjacent angles are said to be linear pair if their sum is equal to 180°.  ∠AOC + ∠BOC = 180° Axiom 6.1: If a ray stands on a line, then the sum of two adjacent angles so formed is 180°. Axiom 6.2: If the sum of two adjacent angles is 180°, then the non-common arms of the angles form a line. 6. Vertically opposite angles: Vertically opposite angles are those angles which are opposite to each other (or not adjacent) when two lines cross each other.  Theorem 6.1: If two lines intersect each other, then the vertically opposite angles are equal. To prove: If lines AB and CD mutually intersect at point O, then (a) ∠AOC = ∠BOD (Vertically opposite angles) (b) ∠AOD = ∠BOC  Proof: Lines AB intersect CD at O. ∠1 + ∠2 = 180° (Linear pair) ∠2 + ∠3 = 180° (Linear pair) From eqn. (1) and (2), ∠1 + ∠2 = ∠2 + ∠3 ⇒ ∠1 = ∠3 ⇒ ∠AOD = ∠BOC Similarly, ∠AOC = ∠BOD Parallel Lines If distance between two lines is the same at each and every point on two lines, then two lines are said to be parallel. If lines l and m do not intersect each other at any point then l || m.  Transversal line: A line is said to be transversal which intersect two or more lines at distinct points.  1. Corresponding angles: Pair of angles having different vertex but lying on same side of the transversal are called corresponding angles. Note that in each pair one is interior and other is exterior angle. ∠1 and ∠2 ∠3 and ∠4 ∠5 and ∠6 ∠1 and ∠8 These angles are pair of corresponding angles.  2. Alternate interior angles: Pair of angles having distinct vertices and lying can either side of the transversal are called alternate interior angles. ∠1 and ∠2 ∠3 and ∠4  These angles are alternate interior angles 3. Consecutive interior angles: Pair of interior angles of same side of transversal line. ∠1 and ∠2 ∠2 and ∠4 These angles are consecutive interior angles or co-interior angles  Axiom 6.3: If two parallel lines are intersected by a transversal then each pair of corresponding angles are equal. If AB || CD, then ∠PEB = ∠EFD ∠PEA = ∠EFC ∠BEF = ∠DFQ ∠AEF = ∠CFQ  Theorem 6.2: If two parallel lines are intersected by a transversal then pair of alternate interior angles are equal. If AB || CD, then ? ∠AEF = ∠EFD ∠BEF = ∠CFE  Theorem 6.3: If two parallel lines are intersected by a transversal then the ! sum of consecutive interior angles of same side of transversal is equal to 180°. If AB || CD then (i) ∠BEF + ∠DFE = 180° (ii) ∠AEF + ∠CFE = 180°  Axiom 6.4: If two lines are intersected by a transversal and a pair of corresponding angles are equal, then two lines are parallel. (i) If ∠PEB = ∠EFD (corresponding angles), then AB || CD  Theorem 6.4: If two lines intersected by a transversal and a pair of alternate interior angles are equal, then two lines are parallel. If ∠AEF = ∠EFD (alternate interior angles), then AB || CD.  Theorem 6.5: If two lines are intersected by a transversal and the sum of consecutive interior angles of same side of transversal is equal to 180°, the lines are parallel. If ∠AEF + ∠CFE = 180°, then AB || CD.  Theorem 6.6: Lines which are parallel to the same line are parallel to each other. If AB || EF and CD || EF then AB || CD  Theorem 6.7: The sum of the angles of a triangle is equal to 180°. Given: ΔABC To prove: ∠A + ∠B + ∠C = 180° Construction: Draw DE || BC Proof: DE || BC then ∠1 = ∠4 …(1) (alternate interior angles) ∠2 = ∠5 …(2) (alternate interior angles) Adding equations (1) and (2), ∠1 + ∠2 = ∠4 +∠5 Adding ∠3 on both sides, ∠1 +∠2 + ∠3 = ∠3 + ∠4 + ∠5 ⇒ ∠A + ∠B + ∠C = 180° (Sum of angles at a point on same side of a line is 180°) Theorem 6.8: If a side of a triangle is produced, then the exterior angle so formed is equal to the sum of the two interior opposite angles. Given: AABC in which, side BC is produced to D. To Prove: ∠ACD = ∠BAC + ∠ABC Proof: ∠ACD + ∠ACB = 180° …(1) (Linear pair) ∠ABC + ∠ACB + ∠BAC = 180° …(2) From eqn. (1) and (2), ∠ACD + ∠ACB = ∠ABC + ∠ACB + ∠BAC = ∠ACD = ∠ABC + ∠BAC 

[@simranyadav2448]

😂😂😂😂

[@ArmanMalik-mr8vd]

hahahhahahahah hahahhahahahah

[@krishnapalchandel4495]

Bhayya ye show phir se chalu kr do

[@Sandhi_arman]

Hi

[@chandasingh3914]

Fir ma jamraj 😂😂😂🤣😃🙀🙀😿😿😾😾😾😾😸😺👹

[@rishikeshsahani8538]

9:41

[@knowledgecart108]

9.10 kaunsi class me padhti hain aap 🤣

[@truthprevailsalways1]

Movie : "kismatwala" ki copy kr li

[@mrb1269]

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