0
Define abcd!
Wiki User
∙ 11y ago
Add your answer:
Earn +20 pts
Circle x is inscribed is square ABCD if the radius of circle x is 10 cm what is the area of square ABCD?
400 square cm
If AB23BC45CD67.Then ABCD is what?
This is actallyA:B, B:C ,C:D and you have to find A:B:C:D.
What is the perimeter of square ABCD if the radius of an inscribed circle is 6 inches?
48 inches
What is the side length of segment ab if abcd is a square with an area of 49in?
7 inches
If Abcd is a square inscribed in a circle of radius 12 cm what is the length of a side?
16.97056274
Circle x is inscribed is square ABCD if the radius of circle x is 10 cm what is the area of square ABCD?
400 square cm
In parallelogram ABCD ACBD. is ABCD a rectangle?
In parallelogram ABCD, AC=BD. Is ABCD a rectangle?
ABCD is a square could it also be a parallelogram?
always
Is abcd is a square could it also be a parallelogram?
always
How can wild cards be used to retrieve identical files?
Because - for example - if you search for abcd*.* - the file system will search for any file beginning with the letters abcd. If you search for abcd*.txt - the system will find only files beginning abcd and having the extension .txt
If parallelogram ABCD is a square then AB will equal AC?
never
ABCD EFGH Find EF?
2.50
When was ABCD - film - created?
ABCD - film - was created in 2005.
in the figure ab is parallel to DC a)find all linear angles of the quadrilateral ABCD b)find all outer angles of the quadrilateral ABCD?
This is the image
How do you work out an abcd parallelogram?
If ABCD is a parallelogram, what is the value of x?35
ABCD is a square could it also ce a parallogram?
A square IS a special case of a parallelogram.
If the vertex e of a square is inside a square abcd the vertices f g and h are outside the square abcd. side ef meets the side CD at x. side eh meets the side ad at y. if exey prove that e lies on bd?
Since E is inside square ABCD and X is on side CD, then EX must be less than EY since X is closer to the interior of the square. Since EY crosses side AD and E is inside ABCD, it proves that E must lie on side BD as only one point could be both on BD and inside ABCD.
