The population of snails in a tank at the aquarium is found to triple every year. mark visits the aquarium and counts 80 snails in the tank. write a function f(n) to model the number of snails in the tank n years after mark's visit

The function f(n) to model the number of snails in the tank n years after mark's visit is .

The population of snails in a tank at the aquarium is found to triple every year.

Mark visits the aquarium and counts 80 snails in the tank.

The function f(n) to model the number of snails in the tank n years after mark's visit.

The equation is in the form of;

Where a represents the initial population of the snail inside the aquarium.

And t represents the tripling time.

The population of snails in a tank at the aquarium is found to triple every year.

Mark visits the aquarium and counts 80 snails in the tank.

Then,

Hence, The function f(n) to model the number of snails in the tank n years after mark's visit is .

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check the picture below.

well, the angle at the vertex d is clearly not a right-angle, let's check for the one at the vertex f which does look like,   however if it's indeed, that means ef is perpendicular to df, in which case their slopes will be negative reciprocal of each other.

so the negative reciprocal of the slope of ef is 1, however the slope of df is not 1, is 1/2, so nope, they're not perpendicular lines.

55? i think maybe

step-by-step explanation: