The beer-lambert formula determines the intensity of light in water (measured in lumens) at a depth of x feet. find the intensity of light at a depth of 32 feet given the formula: log(I/12)= -0.02735(x). x=32

1.324 lumens

Step-by-step explanation:

The Beer-Lambert formula gives the intensity of light in water, at a certain depth x.

In this problem, the formula given is:

where

I is the intensity (in lumens)

x is the depth (in feet)

Here we are asked to find the intensity of light at a depth of

x = 32 feet

Therefore, re-arranging the equation and substituting x = 32, we find:

lumens

answer: 0.95, d

step-by-step explanation:

first, you have to combine the percentages of costumers ordering pizza or salad. 25% (percent of salads ordered) plus 70% (percent of pizzas ordered) is equal to 95%. then, turn 95% into a fraction: 95/100. lastly, divide 95 by 100 and you will get 0.95, d.