The function that model the percentage of females in the country who hold a degree t years since 2010 is:

And the function that model the percentage of males in the country who hold a degree t years since 2010 is:

Now, to find the year at which the % of males and females who hold a degree are the same, then you need to find F(t)=M(t), replace the functions and find t as follows:

Then, let's evaluate both functions at t=4 to check:

Thus, the year will be 2010+4=2014