ax ^{2} + bx + c presents...."Exponential" (*aka "Brokenhearted", Karmin) -------- Official Music Video: YouTube Here Actual Lyrics: YouTube Here *** Uh-oh, yup.[Rapping] Doing your subtracting, yup, finding frustration First diff'rence, next diff'rence, should've tried a power x as an exponent, (so) it can tower O-ho. Need a common ratio! [Chorus] See you should be dividing Those numbers you're deriding. So power up, it's essential That you find an exponential model. Come on, that's rightAsymptote at zero? Like a superhero That base is really influential When you find an exponential model. Common, that's right, ratioWhat's in front, let's be blunt, The y-intercept Where you start, plays a part, this we must accept O-ho, the initial value's shown. Oh yeah.Could go up, could go down, Better check that base Can't be one, that's no fun, but is a test case O-ho, soon you will be in the zone. No, no, no...[Chorus] See you should be dividing Those numbers you're deriding. So power up, it's essential That you find an exponential model. Come on, that's rightAsymptote at zero? Like a superhero That base is really influential When you find an exponential model. Common, that's right, ratiof(x) = 2(3)^x + 5 . Consider how we began, and give this a scan Asymptote can move and then, gone is your plan Handling it first, that you'll have to do Hopefully you know - what will make this model true? This kinda thing, it will happen normally I'm thinking that is why we work so formally With the refit, divide to get it, A ratio. [Chorus] See you should be dividing Those numbers you're deriding. So power up, it's essential That you find an exponential model. Asymptote at zero? Like a superhero That base is really influential When you find an exponential model. Common, that's right, rati-rati--Geometric means Just find an exponential If no in-betweens That pattern goes sequential O-ho, need a common ratio! Common, that's right, ratio. Huh. |

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