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ZZexralo8 replied to the thread Dozens in Roulette.yeah dozens are kinda “in the middle” bets. you’re covering 12 numbers so you’ll hit fairly often (around 1 out of 3 spins), and the...
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blamocur replied to the thread calculating new DCA after selling part of an asset.Took me some effort to find what DCA stands for, so I am posting my best guess for readers like myself, i.e. Dollar Cost Averaging. -
ZZexralo8 replied to the thread Probability game help.Each player rolls one die, so there are 6 × 6 = 36 6×6=36 possible pairs of results. Out of those, some are wins for player A, some for...
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MMasterX replied to the thread Could you please review this iOS mathematics app?.I am excited to announce that the Android version 1.0 is ready for download. In version 1.0 you can solve any algebraic equation with...
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YYeOldeStudent posted the thread calculating new DCA after selling part of an asset in Finance/Business Math.I think I know how to calculate a new DCA after selling part of an asset. I think I know how to perform the necessary steps, but I would...
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YI am not in school; however, life is my school. I wish to get the proper information for calculating a new DCA (Dollar Cost Average)...
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Kkhansaheb replied to the thread Help with Accounting Calculations in Finance/Business Math.Please post an example/s, indicating clearly how far you have progressed toward solution, and, exactly where you are stuck
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Kkhansaheb reacted to apple2357's post in the thread Derivative of e^(kx) without using the Chain Rule with
Like.
Thank you, i think thats exactly what i was after. -
Kkhansaheb reacted to Dr.Peterson's post in the thread Derivative of e^(kx) without using the Chain Rule with Like.
If you're looking for an intuitive understanding rather than a proof, you might consider that e^(kx) is just e^x compressed horizontally...
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blamocur reacted to apple2357's post in the thread Derivative of e^(kx) without using the Chain Rule with Like.
Thank you, i think thats exactly what i was after.
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blamocur reacted to Dr.Peterson's post in the thread Derivative of e^(kx) without using the Chain Rule with Like.
If you're looking for an intuitive understanding rather than a proof, you might consider that e^(kx) is just e^x compressed horizontally...
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Dr.Peterson reacted to apple2357's post in the thread Derivative of e^(kx) without using the Chain Rule with Like.
Thank you, i think thats exactly what i was after. -
Aapple2357 replied to the thread Derivative of e^(kx) without using the Chain Rule.Thank you, i think thats exactly what i was after.
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Dr.Peterson replied to the thread Derivative of e^(kx) without using the Chain Rule.If you're looking for an intuitive understanding rather than a proof, you might consider that e^(kx) is just e^x compressed horizontally...
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Ffresh_42 replied to the thread Derivative of e^(kx) without using the Chain Rule.Well, you could use the Taylor series instead. What is y=e^{kx}? It is the solution to the differential equation y'=k \cdot y with...