$$\int_{\2}^{\9}(\ $\sqrt{\4+x^2}$ ) d\x $\$ $$
2e-3-1/5e=7/5+3e+4
log 100 - 2 log 0.001
tan^-1(2)
2x $\sqrt{7x}$= 35x + 441
+9-|-4|
what is the biggest number 58, 39, 44, 62
Expand esinx as Maclaurin's series upto the terms containing x ^ 4
Solve for E
V = (g*R*d^2)/(18*M*(1 - E)^1.39)
$$\int_{\2}^{\9}(\ $\sqrt{\8+x^3}$ ) d\x $\$ $$
