What is expand (x+1)log_{10}(x+1)-xlog_{10}(x) ?

The solution to expand (x+1)log_{10}(x+1)-xlog_{10}(x) is xlog_{10}(x+1)+log_{10}(x+1)-xlog_{10}(x)

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expand (x+1)log_{10}(x+1)-xlog_{10}(x)

expand

(x + 1) lo g_{10} (x + 1) - x lo g_{10} (x)

x lo g_{10} (x + 1) + lo g_{10} (x + 1) - x lo g_{10} (x)

Solution steps

(x + 1) lo g_{10} (x + 1) - x lo g_{10} (x)

= lo g_{10} (x + 1) (x + 1) - x lo g_{10} (x)

Expand

lo g_{10} (x + 1) (x + 1) : x lo g_{10} (x + 1) + lo g_{10} (x + 1)

= x lo g_{10} (x + 1) + lo g_{10} (x + 1) - x lo g_{10} (x)

- 2 (cos^{2} (4 a) - sin^{2} (x)) sin (a)

\frac{1 - cos ^{2} ( x )}{cos ( x )}

(4 - x^{2})^{2} d x

\frac{s - 2}{s ^{2} ( ( s - 1 ) ( s + 2 ) )}

(x^{3} - 3 y^{3}) d y - x^{2} y d x

What is expand (x+1)log_{10}(x+1)-xlog_{10}(x) ?
The solution to expand (x+1)log_{10}(x+1)-xlog_{10}(x) is xlog_{10}(x+1)+log_{10}(x+1)-xlog_{10}(x)