Instructions: Create the equation of the form y=a(b)x for the exponential function described in each real-world problem. Then, use the equation to answer the question.If there are 180180 grams of radioactive material with a half-life (decrease by half or 50%50%) of 11 hour, how much of the radioactive material will be left after 33 hours?y=𝑦= Answer 1 Question 17 (( Answer 2 Question 17 )x)𝑥What number will you fill in for x𝑥 to solve the equation? Answer 3 Question 17y=𝑦= Answer 4 Question 17CheckQuestion 17

Instructions: Create the equation of the form y=a(b)x for the exponential function described in each real-world problem. Then, use the equation to answer the question.The number of bacteria in a petri dish on the first day was 113113 cells. If the number of bacteria increase at a rate of 82%82% per day, how many bacteria cells will there be after 77 days?y=𝑦= Answer 1 Question 16 (( Answer 2 Question 16 )x)𝑥What number will you fill in for x𝑥 to solve the equation? Answer 3 Question 16y=𝑦= Answer 4 Question 16

The half-life of a radioactive kind of mercury is 64 hours. If you start with 93,568 grams of it, how much will be left after 320 hours?

Calculate the decay time by solving for x in the exponential equation.A patient ingests 5 grams of a certain drug which dissolves away at a constant rate of 10% per hour.How long will it take before there is only one gram left?a.)14.2 hoursb.)15.9 hoursc.)15.3 hoursd.)16.9 hours

You have 4,592 grams of a radioactive kind of scandium. How much will be left after 168 days if its half-life is 84 days?

You have 1,312 grams of a radioactive kind of lanthanum. If its half-life is 93 minutes, how much will be left after 279 minutes?