## question
Leonardo DiCaprio as Jay Gatsby, a famous billionaire who hosts wild parties at his house in the hope that Daisy will show up. Tobey Maguire as Nick Carraway, a would-be writer who is also Gatsby's neighbor and friend. He is the narrator of this movie. Carey Mulligan as Daisy Buchanan, Gatsby's former lover, Tom's wife and Nick's cousin. Emily Foreman as Pamela "Pammy" Buchanan Joel Edgerton as Tom Buchanan, Upper class socialite who hates Gatsby because of his new money status and relationship with Daisy Elizabeth Debicki as Jordan Baker, Golf athlete and Daisy's best friend Isla Fisher as Myrtle Wilson, Tom's mistress and ambitious social climber Jason Clarke as George Wilson, owner of garage in Valley of Ashes Amitabh Bachchan as Meyer Wolfsheim, a gambler who met Gatsby in 1919. Jack Thompson as Dr. Walter Perkins Adelaide Clemens as Catherine Callan McAuliffe as Young Jay Gatsby Richard Carter as Herzog Max Cullen as Owl Eyes Heather Mitchell as Daisy's mother Gus Murray as Teddy Barton Steve Bisley as Dan Cody Vince Colosimo as Michaelis Felix Williamson as Henri Kate Mulvany as Mrs. Mckee Eden Falk as Chester Mckee Nick Jantz as Robert Stellenbosh iOTA as Trimalchio Brendan Maclean as Ewing Klipspringer Kahlia and Karinna Greksa as The Twins Blake Hatton as Rowdy Boy # 1

Answer this question: who plays tom buchanan in the great gatsby 2013?
## answer
This is the relevant information: Joel Edgerton as Tom Buchanan, Upper class socialite who hates Gatsby because of his new money status and relationship with Daisy
So the answer must be Joel Edgerton

## question
H-alpha (H) is a specific deep-red visible spectral line in the Balmer series with a wavelength of 656.28 nm in air; it occurs when a hydrogen electron falls from its third to second lowest energy level. H-alpha light is important to astronomers as it is emitted by many emission nebulae and can be used to observe features in the Sun's atmosphere, including solar prominences and the chromosphere.

Based on this passage, when is h alpha line in the emission spectrum of hydrogen atom obtained?
## answer
The relevant sentence in the passage is: H-alpha (H) is a specific deep-red visible spectral line in the Balmer series with a wavelength of 656.28 nm in air; it occurs when a hydrogen electron falls from its third to second lowest energy level.
So the answer must be when a hydrogen electron falls from its third to second lowest energy level

## question
The Bridge on the River Kwai is a 1957 British-American epic war film directed by David Lean and starring William Holden, Jack Hawkins, and Alec Guinness, and featuring Sessue Hayakawa. Based on the novel Le Pont de la Riviere Kwai (1952) by Pierre Boulle, the film is a work of fiction, but borrows the construction of the Burma Railway in 1942 -- 1943 for its historical setting. The movie was filmed in Ceylon (now Sri Lanka). The bridge in the film was near Kitulgala.

Answer this question: bridge on the river kwai fact or fiction?
## answer
The important part for answering this question is: Based on the novel Le Pont de la Riviere Kwai (1952) by Pierre Boulle, the film is a work of fiction, but borrows the construction of the Burma Railway in 1942 -- 1943 for its historical setting.
So the answer must be fiction

## question
Frances Ridley Havergal (14 December 1836 -- 3 June 1879) was an English religious poet and hymnwriter. Take My Life and Let it Be and Thy Life for Me (also known as I Gave My Life for Thee) are two of her best known hymns. She also wrote hymn melodies, religious tracts, and works for children. She did not occupy, and did not claim for herself, a prominent place as a poet, but by her distinct individuality, she carved out a niche which she alone could fill.

Answer this question based on the passage: who wrote the hymn take my life and let it be?
## answer
To answer the above question, the relevant sentence is: Take My Life and Let it Be and Thy Life for Me (also known as I Gave My Life for Thee) are two of her best known hymns.
So the answer must be Frances Ridley Havergal