A rhombus has 4 equal sides but no corner right angles
One of the same thing about a rhombus and a kite is that, there adjacent sides are equal.
A kite, an arrowhead or a rhombus.
Yes, it is one of the ways to prove a figure is a rhombus. If adjacent sides are congruent, then the figure is a rhombus.
always-
No. A rectangle has all angles equal to 90o; a rhombus has opposite angles equal but they do not need to be 90o; thus all rhombuses are not rectangles. All rectangles have four equal angles and opposite sides of equal length, all four sides need not be the same length; a rhombus has all 4 sides of equal length; thus all rectangles are not rhombuses either.
Yes, the adjacent sides of a rhombus are equal in length. A rhombus is defined as a quadrilateral with all four sides of equal length, which means that not only are opposite sides equal, but each pair of adjacent sides is also equal. This property is one of the defining characteristics of a rhombus.
A rhombus has 4 equal sides
no. Not necessarily. A rhombus is a parallelogram with equal adjacent sides. Gererally, though they will be unequal.
rhombus
A rhombus
A square or a rhombus
rhombus
Yes, a rhombus is a special type of kite. Both a rhombus and a kite have pairs of adjacent sides that are equal in length, but a rhombus has the additional property that all four sides are equal. This unique characteristic differentiates a rhombus from other kites, which may have only one pair of equal adjacent sides.
One of the same thing about a rhombus and a kite is that, there adjacent sides are equal.
A rhombus has four sides that are all the same length ---------------------------------------- but if you are talking about the geometric shape kite - it is not a rhombus. A kite has two adjacent sides of equal length and the other two sides of equal length. Only a square can be a rhombus.
A kite, a rhombus, a square must have two pairs of adjacent sides that are equal. Irregular polygon with 5 or more sides can have two pairs of equal sides.
A kite, an arrowhead or a rhombus.