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r = 6*sin(θ) sin(θ) = y/rr = 6*y/ r r ^2 = 6y x^2 + y^2 = r ^2 x^2 + y^2 = 6y x^2 + y^2 - 6y = 0 x^2 + y^2 - 6y...

y = rsin(θ) r /y = csc(θ)

r is usually the annual rate of interest  so you want: annually ---> FV/PV = 2 = (1 + r )^n  -->   n = log(2)/log(1+ r ) = now for monthly  divide r by 12 and  n = log(2...

...) point (1/2, 1/2), where sin(theta) = sqrt(2)/2, tan(theta) = 1, and r = sqrt(2)/2.  A next point that's easy to figure out is theta = pi...

...intersection ... looks like other post  forgot 1 of them...   set the  r 's  =       1 +  sin @ = 1 - cos @     you  get   sin@ = - cos@ you  know   sin...

For total charge Q, that charge enclosed at r < R is q = Q*( r / R )³ You...

a. R = ρL/A = 1.72e-8Ω·m * 3.00m / π(0.000250m)² = 0.263 Ω b. p.d. = I* R = 0.400A * 0.263Ω = 0.105 V c. field E = p.d. / ...

A = P * e^( r * t) A = k * P k * P = P * e^( r * t) k = e^( r * t) ln(k) = r * t ln(k) / r = t Note that the $3500 bit doesn't matter for this. a) t = ln(2) / 0.0355 b) t = ln(3) / 0.0355