Question

Fect of diabetes on vascular smooth muscle cells and endothelial cells and the development of atherosclerosis

Answer 1

$Here is your answer Sinθ = \frac{p}{h} <--------------------> cosecθ = \frac{h}{p} cosθ = \frac{b}{h} <-------------------------> secθ = \frac{h}{b} tanθ = \frac{p}{b} <---------------------------->cotθ = \frac{b}{p} some identities formula sin {}^{2} + cos {}^{2} = 1 \\ \\sin {}^{2} = 1 - cos {}^{2} \\ \\ sin = \sqrt{1 - cos {}^{2} } \\ \\ cos {}^{2} = 1 - sin {}^{2} \\ cos = \sqrt{1 - sin {}^{2} } sec {}^{2} - tan {}^{2} = 1 \\ \\ sec {}^{2} = 1 + tan {}^{2} \\ \\sec = \sqrt{1 + tan {}^{2} } \\ \\ tan {}^{2} = sec {}^{2} - 1 \\ \\ tan = \sqrt{sec {}^{2} - 1} cosec {}^{2} - cot {}^{2} = 1 \\ \\ cosec {}^{2} = 1 + cot {}^{2} \\ \\ cosec = \sqrt{1 + cot {}^{2} } \\ \\ cot {}^{2} = cosec {}^{2} - 1 \\ \\ cot = \sqrt{cosec {}^{2} - 1} \\ \\ tan = \frac{sin}{cos} cot = \frac{cos}{sin} Answer only for you @cuttipie$