Plot Polynomial Q10[x] with Variables x & t, Range 0-1

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To plot the polynomial Q10[x] with variables x and t in the range [0,1], the function is defined as Q10[c_, x_, t_] := c*(1 - (t - x)^2)^10, with c set to approximately 3.1. The user initially aimed to plot two functions in R^2 but realized that using two variables was not feasible for their needs. They successfully adapted their approach by reducing it to one variable, which resolved the plotting issue. The discussion highlights the importance of understanding the dimensionality of the plot when working with multiple variables. Ultimately, the user gained insights into 3D plotting as well.
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I want to plot this polynomial:
Q10[x_] := c* (1 - (t - x)^2)^10

I defined variable 't' in f(t) and 'x' in the polynomial Q10[x].
how can I plot this polynomials with variebles x and t? the range-interval will be (for both x and t): [0,1].

can you write the code please...
Thanks...

Edit: by the way, c~ 3.1. it will be less than Square root[10]
 
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Is this anything like what you are trying to accomplish?

c = 3.1;
Q10[c_,x_,t_] := c*(1 - (t - x)^2)^10;
Plot3D[Q10[c,x,t], {x, 0, 1}, {t, 0, 1}, ViewPoint->{-1.2, -2.4, 2}]
 
Thanks Bill,
I figured it out. I needed to plot in coordinate system, R^2.
actually i didn't give all the details. i tried to use two variables to plot two functions in R^2 but it is not possible. I decreased to one variable and problem was solved.
Thanks for help. at least I got some idea about 3D plot ;)
 
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