If you multiply the lengths of the two diagonals, and divide by 2, you get the area of a rhombus. How does this work:
Call the diagonals A & B for clarity. Diagonal A will split the rhombus into 2 congruent triangles. Looking at one of these triangles, its base is the diagonal A, and its height is 1/2 of diagonal B. So the area of one of the triangles is (1/2)*base*height = (1/2)*A*(B/2) = A*B/4. The other triangle has the same area, so the two areas together make up the whole rhombus = 2*(A*B/4) = A*B/2.
The area of a rhombus cannot be determined form its side lengths. The shape can be flexed into a square (when it has maximum area) to a long thin rhombus (when it has minimum area).The area of a rhombus cannot be determined form its side lengths. The shape can be flexed into a square (when it has maximum area) to a long thin rhombus (when it has minimum area).The area of a rhombus cannot be determined form its side lengths. The shape can be flexed into a square (when it has maximum area) to a long thin rhombus (when it has minimum area).The area of a rhombus cannot be determined form its side lengths. The shape can be flexed into a square (when it has maximum area) to a long thin rhombus (when it has minimum area).
The area of a rhombus is calculated by multiplying the base x the vertical height.
56
the name rhombus came from German languages
The area of rhombus with diagonals 28Cm square and 28Cm is: 392 cm2
The area of a rhombus cannot be determined form its side lengths. The shape can be flexed into a square (when it has maximum area) to a long thin rhombus (when it has minimum area).The area of a rhombus cannot be determined form its side lengths. The shape can be flexed into a square (when it has maximum area) to a long thin rhombus (when it has minimum area).The area of a rhombus cannot be determined form its side lengths. The shape can be flexed into a square (when it has maximum area) to a long thin rhombus (when it has minimum area).The area of a rhombus cannot be determined form its side lengths. The shape can be flexed into a square (when it has maximum area) to a long thin rhombus (when it has minimum area).
Area of a rhombus: base times perpendicular height Or area of a rhombus: 0.5 times product of its diagonals
The area of a rhombus is calculated by multiplying the base x the vertical height.
56
the name rhombus came from German languages
The area of rhombus with diagonals 28Cm square and 28Cm is: 392 cm2
The maximum area for a rhombus occurs when the rhombus is a square, as all sides are equal in length. Since the sides of the rhombus are 25 cm each, the area of the square rhombus would be calculated by squaring the length of one of the sides, which is 25 cm, resulting in an area of 625 square cm. Thus, the maximum area for a rhombus with sides of 25 cm is 625 square cm.
136.952 square units
it is impossible for a diagonal of a rhombus to be the same length as its perimeter
The diagonals of a rhombus cannot be the same size.
If both diagonals are 10 units then the rhombus is, in fact, a square. Its area is 50 square units.
If you are wanting the area of a rhombus that have diagonals which lengths are 3 and 12, then the area is 18 square units.