Amma (TV series)

Amma is an Indian crime drama television series that premiered on June 25, 2016 on Zee TV. It was created by Farhn P. Zamma.[1][2] The show is based on the female underworld don of Mumbai, Jenabai Daruwali.[3][4]

Amma
First look
GenreCrime
Thriller
Drama
Created byFarhn P Zamma
Written byAloke Upadhyay
Creative director(s)Farhn P Zamma
StarringSee below
Country of originIndia
Original language(s)Hindi
No. of seasons1
No. of episodes52
Production
Production location(s)Mumbai, India
Camera setupMulti-camera
Production company(s)Salt Media LLP
DistributorZee Entertainment Enterprises
Release
Original networkZee TV
Picture format576i
1080i (HDTV)
Original release25 June (2016-06-25) 
18 December 2016 (2016-12-18)
External links
Website

Synopsis

The show explores the life of a female underworld figure through five decades.[2] It adds the love story of Amma's daughter Rehanna and Faisal. Faisal is one of Amma's gangsters, The show follows them as they face trials and tribulations, so that Amma would accept them and they could marry. A small side love story describes Rehanna's sister Saraswati who loves Atul, her college friend. The show depicts Amma's reaction when she finds out about the romance.

Cast

gollark: Apparently whoever is doing the projectile thing is making a simple vaguely coilgun-type thing. I have no idea if it will actually work as they explained it.
gollark: Does it doing combustion count as *on* fire?
gollark: There would be significant legal issues and also quite likely damage to the box.
gollark: Maybe you would be better off using quantum field theory. Except that doesn't have gravity/general relativity, only special relativity, so you should work out how to unify those?
gollark: We can just say in the technical and artistic merit video that "the robot's projectile trajectory handling maths has relativistic corrections in it and would thus be equipped to fire projectiles near the speed of light, if we actually needed that, had a way to accelerate things that fast, could do so without destroying everything, did not have interactions with the air to worry about, and could safely ignore quantum effects".

References

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