What words have a horizontal line of symmetry?
Symmetrical Words Some long words with horizontal symmetry are: BEDECKED, BOOHOOED, CHECKBOOK, CODEBOOK, COOKBOOK, DECIDED, DIOXIDE, DOBCHICK, EXCEEDED, HOODOOED, and KEBOBBED. The longest such word, with ten letters, is OKEECHOBEE.
What is reflectional symmetry and examples?
Reflective symmetry is a type of symmetry where one-half of the object reflects the other half of the object. It is also known as mirror symmetry. For example, in general, human faces are identical on the left and right sides. The wings of most butterflies are identical on both sides, the left and right sides.
What letter has reflectional symmetry?
a) A, H, I, M, O, T, U, V, W, X, Y are the letters having a reflectional symmetry about a vertical mirror.
What capital letter has reflectional symmetry?
The (capital) letters A, B, C, D, E, H, I, K, L, M, O, T, U, V, W, X and Y (depending on how you draw it) all have at least one plane of reflection symmetry.
What is the most symmetrical word?
SWIMS
12. SWIMS. Rotate the word SWIMS, in all capital letters, 180 degrees, and it will still more or less read SWIMS, making it the longest rotationally symmetrical word in the English language. The word dollop runs one letter longer, but its Ls drop below the line when turned upside down.
What letters of the English alphabet have reflectional symmetry about a a horizontal mirror?
H, I, O, X are the letters having a reflectional symmetry about both the vertical mirror and the horizontal mirror.
Which of the following English alphabet has reflectional symmetry about a horizontal mirror?
(c) Alphabet of both horizontal and vertical mirror reflection symmetry are: H, I, O, X.
What letters of the English alphabet have reflectional symmetry about a horizontal mirror?
What is an example of horizontal symmetry?
A horizontal line of symmetry is that line that runs across the image thus dividing into two identical halves. English alphabets also are good examples of horizontal symmetry. Alphabets like C, E, H, K, O, X etc can be divided into equal halves by a horizontal line of symmetry.