Questions Mathematics
When should the tan rule be used?
You can ask a new question or answer this question .
Similar Questions
Top answer:
Both the sine and cosine curves are the same for -3pi/2<a<-pi as they are for π/2<a<π (2nd quad)
Read more.
Top answer:
To find the local linear approximation of tan(62 degrees), you can use a Taylor series approximation
Read more.
Top answer:
assuming those 0's should be x's the first assertion is false. d/dx(tanx) = 1 at x=0, not
Read more.
tan 15° tan (45°-30°) (tan 45° - tan 30°)/1+ tan 45°tan30° (1-√3/3)/(1+1√3/3) then i donnt what to do/ chancel out.
Top answer:
I would rationalize the denominator (1-1/3 sqrt3)^2/(1-1/3)=3(1-1/3 sqrt3)^2/2
Read more.
Top answer:
To prove this, we can use the relationship between tangent and arctangent. Recall that the tangent
Read more.
Am I allowed to do this? for the integral of ∫ sec^4 (3x)/ tan^3 (3x) dx I change it to ∫ sec^4 (3x) tan^-3 (3x) From here I
Top answer:
Or do I use the rule of ∫ sec^n x dx divided by the rule of ∫ tan^n x dx?
Read more.
Top answer:
the ð is suppose to be the pi symbol. it didn't work when i posted it!
Read more.
find dy/dx y=ln (secx + tanx) Let u= secx + tan x dy/dx= 1/u * du/dx now, put the derivative of d secx/dx + dtanx/dx in. You may
Top answer:
(sec x + tan x) So, the derivative dy/dx of y = ln(sec x + tan x) is: dy/dx = (sec x)(sec x + tan x)
Read more.
Top answer:
To find tan(3 theta) in terms of tan(theta), we can use the formula for the addition of angles in
Read more.