Kevin Dudeja
• Member for 3 years, 4 months
• Last seen more than a month ago

$$dx = 1.dx$$ $$take \ a \ break, you're \ stressed$$ $$hehe$$

Yes, the axes of symmetries are fixed and your explanation is correct. Regarding what comes first, most authors stick to the convention of right to left like in function composition, this has become a ...

The euler totient function states that $\phi(n) = n \ * \prod_{p|n} (1 - \frac{1}{p})$ where the product is over the distinct prime numbers dividing n. Now, by factorisation of 248 into product of ...

Here, our mapping takes a ordered set from the cartesian product $G\ * \ X$ to an element in set $X$, $(g,x):=xg^{-1}$ If we let the mapping $(g,x)\mapsto x*g^{-1}$ be a left group action of G on S. ...

If we look at the structure of the statement for 2.1.2 (a),(b) it has the backbone of "If A Then B" but also includes the word "With". The word "with" acts as a supporter ...

$$***$$ Let the set of functions Y = $\{ y_1(x),y_2(x),y_3(x) \} = \{x^2, \sin x, \cos x \}$, be linearly dependent. Since you did not mention the anything about where the function is coming from ...
$$***$$ Let the set of vectors S = {$v_1,v_2,v_3, \ldots, v_k$}, be linearly dependent. Then by definition of linear dependence, there exists scalars {$c_1,c_2,c_3,\ldots,c_k$} (not all zero) ...