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The track is on the Exponents' 1992 studio album Something Beginning with C and also gives its name to the band's 2011 greatest hits album Why Does Love Do This to Me: The Exponents Greatest Hits. The 2013 deluxe edition of Something Beginning with C includes the original UK demo version of the song. [10]
Why Does Love Do This To Me: The Exponents Greatest Hits is a greatest hits collection by the New Zealand band The Exponents, released in November 2011 to mark the group's 30th anniversary. It includes the track "It's Rugby", which was recorded specifically for the album. [ 1 ]
The Exponents, formerly The Dance Exponents, is a New Zealand rock group led by vocalist and songwriter Jordan Luck. [ 2 ] Their major hits are " Victoria ", " Why Does Love Do This To Me ", "Who Loves Who The Most" and, "I'll Say Goodbye (Even Though I'm Blue)".
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Hello, Love You, Goodbye is an album by the New Zealand band The Exponents, released in December 1999. [1] The first six tracks were new studio recordings, while the final six were live recordings of some of The Exponents' hits, recorded at the Pounamu Hotel, in Takapuna in Auckland. The album was made available digitally in May 2013. [2]
Prayers Be Answered is the second album release and the first studio album by the New Zealand band the Dance Exponents, released in December 1983. [1] The album peaked at #4 and spent 45 weeks on the New Zealand Album charts. [2] The album won the Best Album award at the 1984 New Zealand Music Awards.
In mathematics, exponentiation, denoted b n, is an operation involving two numbers: the base, b, and the exponent or power, n. [1] When n is a positive integer, exponentiation corresponds to repeated multiplication of the base: that is, b n is the product of multiplying n bases: [1] = ⏟.
Besides avoiding the discontinuity in the exponent at M = 0.43M ⊙, the relation also recovers a = 4.0 for M ≃ 0.85M ⊙. The mass/luminosity relation is important because it can be used to find the distance to binary systems which are too far for normal parallax measurements, using a technique called "dynamical parallax". [8]