Brigdhadha

You can do this by 3 methods.(known to me) 1. Draw a table, that helps you approximate the instantaneous rate of change by using the idea of average rate of change.( bring 'h', the difference of 2 close points) 2. Drawing a graph and finding the slope of...

A. Determine the instantaneous rate of change at the point where x=2 Let a=2(same as ‘x’), and h=0.01(a value of your choice) Hence, [f(2.01)-f(2)]/0.01 F(2.01) = -9.100099 F(2) = -9 Therefore; [-9.100099-(-9)]/0.01 = -10.0099 B. Do the same as above, exc...

Determine the instantaneous rate of change at the point where x=2 Let a=2(same as ‘x’), and h=0.01(a value of your choice) Hence, [f(2.01)-f(2)]/0.01 F(2.01) = -9.100099 F(2) = -9 Therefore; [-9.100099-(-9)]/0.01 = -10.0099 Do the same as above for B., ex...