I've tried to create an exponential price discount based on quantity of purchase. I've run into an expected surprise that the total units times the discounted price can peak, then dip down as the quantity increases.
Maybe my formula is wrong. Maybe it is an expected result of a linear function times an exponential decay.
Here's what I'm working with:
Single unit price is $11, discounts to a floor of $1.00 when you hit about 50,000 units
Can I get a formula with variables for the single unit price, floor price and the 50,000 quantity to which the floor is pinned?
Unit price = Decay function(single unit price), Total Price = Unit Price * Unit Quantity
We want Total Price to be a smoothly increasing value with no dips.
Hopefully, I've attached an image showing my formula issues.
Thanks,
Sam
Maybe my formula is wrong. Maybe it is an expected result of a linear function times an exponential decay.
Here's what I'm working with:
Single unit price is $11, discounts to a floor of $1.00 when you hit about 50,000 units
Can I get a formula with variables for the single unit price, floor price and the 50,000 quantity to which the floor is pinned?
Unit price = Decay function(single unit price), Total Price = Unit Price * Unit Quantity
We want Total Price to be a smoothly increasing value with no dips.
Hopefully, I've attached an image showing my formula issues.
Thanks,
Sam