Dear users!

Hope everyone should be fine. I have some query regarding to set title of the following problem in 2D

beta := 1; alpha[1] := .5

f := beta+alpha[1]+sin(x*beta);

plot(f, x = 0 .. Pi, axes = boxed, size = [300, 270], labels = [x, "f ' (x)"], labelfont = ["Arial", 10, Bold], labeldirections = [horizontal, vertical], title = "β = 1, α[1] = 0.5\n", titlefont = ["Arial", 10, Bold]);

I got the following graph

but I need the following one

Want to shift title on right. Want to write alpha[1] and f like in figure 2. 

I am waiting your response. Thanks

Dear users! 

Hope everyone fine with everything. I want to chage the format of x-axis in the attached file. I need the x-axis in degree like (-180^o, -120^o, -60^o, 0 , 60^o, 120^o, 180^o). Also I want the lable on y-axis as:

I am waiting your positive respons. 

Help_new.mw

Dears!

Hope everyone should be fine. I am face to import excel sheet in maple. I saved execl sheet with name "Employees.xlsx" at desktop. When I use the following command
S := Import("Employees.xlsx", 1, "A1:B101");

I got the following error. 

"Error, (in ExcelTools:-Import) Could not open the file"

Please help me to fix this problem. I am waiting positive response. 

Special request to:

@Carl Love
@Preben Alsholm
@acer

Dear users! I need the help in attached file. Please see and fix it. I am waiting your positive answer.

File_to_help.mw

Dears 

Hope you all are fine. I want to solve the following nonlinear system ODEs numerically

Eq1 := diff(F(eta), eta, eta, eta)-phi1*((diff(F(eta), eta))^2-(diff(F(eta), eta)+diff(G(eta), eta))*(diff(F(eta), eta, eta)))+alpha*(1-phi)^2.5*((diff(F(eta), eta, eta))^2+2*(diff(F(eta), eta))*(diff(F(eta), eta, eta))-(diff(F(eta), eta)+diff(G(eta), eta))*(diff(F(eta), eta, eta, eta, eta))+A*(2*(diff(F(eta), eta, eta, eta))+(1/2)*eta*(diff(F(eta), eta, eta, eta, eta))))-A*phi1*(diff(F(eta), eta)+(1/2)*eta*(diff(F(eta), eta, eta))) = 0; Eq2 := diff(G(eta), eta, eta, eta)-phi1*((diff(G(eta), eta))^2-(diff(F(eta), eta)+diff(G(eta), eta))*(diff(G(eta), eta, eta)))+alpha*(1-phi)^2.5*((diff(G(eta), eta, eta))^2+2*(diff(G(eta), eta))*(diff(G(eta), eta, eta))-(diff(F(eta), eta)+diff(G(eta), eta))*(diff(G(eta), eta, eta, eta, eta))+A*(2*(diff(G(eta), eta, eta, eta))+(1/2)*eta*(diff(G(eta), eta, eta, eta, eta))))-A*phi1*(diff(F(eta), eta)+(1/2)*eta*(diff(F(eta), eta, eta))) = 0;

assoicated with the following BCs

F(0)=0,D(F)(0)=1,G(0)=0,D(G)(0)=p, D(F)(L)=0, D( G(L)=0;

for phi1 := 1.2; alpha := 2; A := 1.5;phi:=0.1;

Please help me to find the solution

Special request to @acer , @Carl Love @Preben Alsholm