I took a Matlab course over the summer, and now have to graph a problem in calculus. I am rusty on my commands, so I'm not sure which one to use. I am trying to make a 3-d plot of a function f(x,y)=-(x^2-1)^2-(x
中学英语课外阅读阅读材料It is easy to find the area of a rectangle or a triangle,even a polygon,which it is found by dividing it into triangles then summing the areas of the triangles.How to find the area of the region R that is bounded below梁宇学中学生数学...
represented by a function, where it crosses the x-axis on the graph. The x-intercept is written as (x, 0), because the y-coordinate is always zero at the x-intercept. If you know the slope and the y-intercept of the function, you can calculate...
Method 4 – Using GROWTH Function Steps: Start with, choose theD10cell and write the following formula, =GROWTH(D5:D9,C5:C9,C10) PressEnter. Get the unknown value and plot it on the graph. How to Interpolate in Excel Steps:
Learn the meaning of the amplitude of a function. Understand the method to find the amplitude of a sine function from the wave formula and graph...
Dear all suppose i want to find the graph of a function such that f(x)=4+x/(2+x^2) when x>0 and f(x)=4-x/(2-x^2) for x<=0 .How i can draw the two different forms of a function in different domain in a single graph with x-axis [-1,1]...
To find the inverse of a function of x, substitute y for x and x for y in the function, then solve for x.
%% Functions function phaseLine(dydt4,y_min,y_max) syms y x=solve(dydt4(y)==0,y); x=x(imag(x)==0); hold onfor i=1:length(x) plot (0,x(i),".k") end if dydt4(x(1)-1)>0 plot ([0,5],[y_min x(1)],'red') else plot ([0,5],[y_min x(1)],'blue')...
Example 2 – Use the Excel SLOPE Function to Calculate a Negative Slope Select C11. Use the following formula. Press Enter. =SLOPE(B5:B9,C5:C9) You will see a negative value in C11. Follow the steps described in the previous example to insert a graph: Read More: How to Find the ...
How to find the limit of functions in calculus. Step by step examples, videos and short definitions in plain English. Calculus made clear!