The spread of a fungal infection in an ant colony can be modeled by dt dy y+1 %3D where t is the time in hours 2/7 and y is the percent of the ants infected. At t = 1 only three percent of the ants are infected. a) Write an equation for the line tangent to the graph of y at t = 1. Use the tangent line to approximate the percentage of the colony infected at t = 1.2. b) Find y explicitly in terms of t.

The spread of a fungal infection in an ant colony can be modeled by dt dy y+1 %3D where t is the time in hours 2/7 and y is the percent of the ants infected. At t = 1 only three percent of the ants are infected. a) Write an equation for the line tangent to the graph of y at t = 1. Use the tangent line to approximate the percentage of the colony infected at t = 1.2. b) Find y explicitly in terms of t.

Name: A graphing calculator may be used for the following problem.The sprea
Uploaded: 2024-03-20T06:46:42.000Z
Channel: Bartleby
Description: A graphing calculator may be used for the following problem.The spread of a fungal infection in an ant colony can be modeled bydy y+1dtwhere t is the time in hoursand y is the percent of the ants infected. Att = 1 only three percent of the ants are