No, the graph of an oval/ellipse is not a function because it does not pass the vertical line test.
Oh, dude, an oval has an infinite number of angles if you really think about it. But if you want to get technical, an oval technically has zero angles because it's a curved shape, not a polygon with straight sides. So, like, it's a trick question, man.
Oval = 2 semicircles connected with two parallel lines which are spaced by the diameter of the semicircle. Circumf. = (Pi x 15) + (2*15) = 15 Pi + 30 = 77.124 (to nearest 3rd decimal). Please note that an oval is not an ellipse.
An oval, or more technically an ellipse, has a long ( major) axis and short (minor axis). If major axis length is a and minor length is b, then area, A is A = pi*a*b /4 where and so the area of half an oval is pi*a*b/8
Oh, dude, an oval has an infinite number of lines of symmetry, so technically it has infinite rotational symmetry. But like, who's really gonna sit there and rotate an oval forever just to prove a point, right? So, yeah, infinite rotational symmetry for the win!
31 x 12 x 4 x 5.9 (for round or oval pool) = 8,779.2 gals. 31 x 12 x 4 x 7.5 (for rectangular or square pool) = 11,160 gals.
If it's rectangular, approx. 15,840 If it's oval, approx. 12,460
2 in regular and 1 in normal oval(egg)
20,500 gallons
an oval is basically a sphere so 1
There are no vertices in an oval
a lot
15' x 24' oval pool with 54" wall has 8,823 gallons of water.
If the oval tank is standing with the water level parallel to the oval bottom then the surface area of the oval times the water depth is the volume. V = A x h Oval is an unprecise term. If you had said elliptical it would be easier knowing the major and minor axes. If the tank is lying down, or at any other angle than standing up, with the water surface NOT parallel to the oval bottom it becomes rather difficult.
None. An oval is a "squashed" circle.
An oval doesn't have angles. Therefore, none.
Oval is a closed figure without any corners.