Point M moves between two points A and B, that a are 10 meters apart, with speed v=2 m/s. For each position of M we consider the equilateral triangles AMG and MBD A) Find the sum of areas of the two triangles as a function of time t B) For which time t is the area defined by question A the minimum and what is that minimum area C) In which position of the point M we have the minimum area D) What is the rate of change of Area when the distance AM=8m
Point M moves between two points A and B, that a are 10 meters apart, with speed v=2 m/s. For each position of M we consider the equilateral triangles AMG and MBD A) Find the sum of areas of the two triangles as a function of time t B) For which time t is the area defined by question A the minimum and what is that minimum area C) In which position of the point M we have the minimum area D) What is the rate of change of Area when the distance AM=8m
Related questions
Question
Point M moves between two points A and B, that a are 10 meters apart, with speed v=2 m/s.
For each position of M we consider the equilateral triangles AMG and MBD
A) Find the sum of areas of the two triangles as a function of time t
B) For which time t is the area defined by question A the minimum and what is that minimum area
C) In which position of the point M we have the minimum area
D) What is the rate of change of Area when the distance AM=8m
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps