54 634
Assignments Done
Successfully Done
In November 2017
Your physics homework can be a real challenge, and the due date can be really close — feel free to use our assistance and get the desired result.
Be sure that math assignments completed by our experts will be error-free and done according to your instructions specified in the submitted order form.
Our experts will gladly share their knowledge and help you with programming homework. Keep up with the world’s newest programming trends.

Geometry Answers

1 024Questions:

916Free Answers by our Experts:

Got geometry problems? Have no idea how to cope with your home assignment? We are here to save you from geometry problems. All you have to do – is to ask all the geometry questions you have and then just let us work out your geometry problem. The professional team of our service experts will work on your task and at the end you will be provided with the geometry answers and will be certainly satisfied with the result. Get all the geometry problems out of your head and let us deal with it!

Ask Your question

Need a fast expert's response?

Submit order

and get a quick answer at the best price

for any assignment or question with DETAILED EXPLANATIONS!

Search & Filtering

given <BCA =<DCE
<B and < Dareright angles
C is the midpoint of BD
prove BA=DE
In the diagram below of ΔABC , AB ≅ AC , m∠A = 3x , and m∠B = x + 20.
What is the value of x?
Q. Which of the following curves are regular?
(i) γ(t) = (cos^2 t, sin^2 t) for -∞<t<∞
(ii) γ(t) = (cos^2 t, sin^2 t) for 0<t<π/2
(iii) γ(t) = (t, cosh t) for -∞<t<∞
Find unit speed reparametrisation of regular curve(s).
Q. Show that the following curves are unit–speed:
(i) γ(t) = (1/3 〖(1+t)〗^(3/2),1/3 〖(1-t)〗^(3/2),t/√2 )
(ii) γ(t) = (4/5 cos⁡t,1-sin⁡t,-3/5 cos⁡t)
Q. Calculate the arc–length of catenary γ(t) = (t, cosh t) starting at the point (0, 1).
Q. Calculate the arc length of catenary γ(t) = (t, cosh t) starting at the point (0, 1).
Q. Calculate the tangent vectors of the following curves:
(i) γ(t) = (cos^2 t, sin^2 t)
(ii) γ(t) = (e^t, t^2)

Q. Find the cartesian equations of following parametrized curves:
(i) γ(t) = (cos^2 t, sin^2 t)
(ii) γ(t) = (e^t, t^2)
Q.Find the length of the astroid x=acos^3 t, y=asin^3 t, [0, 2π].
Q. Find parametrisations of following level curves
Y^2-x^2=1, x^2/4+y^2/9 =1