The root words of multicellular are "multi," meaning many, and "cell," referring to a basic unit of life.
Yes, "multicellular" has a suffix. The suffix "-ar" is added to the root word "cell" to form "cellular," and then "multi-" is added as a prefix to form "multicellular."
The root words for "you'd" are "you" and "would."
Examples of root words include "work," "play," "walk," and "happy." These are the basic words from which other words are formed through the addition of prefixes and suffixes.
Words such as contradict, dictate, and prediction have dictus as a root.
Some words that have the root "quick" include quickly, quicken, quicksand, and quicksilver.
Tiny root is multicellular whereas root hair is unicellular
Xylem
Epiblema is the outermost covering of the root formed by single layer of compactly arranged, barrel-shaped, parenchyma cells. The cells are characteristically thin-walled since they are involved in absorption of water. A cuticle and stomata are absent. Some of the epiblema cells are produced into long unicellular projections called root hairs. Hence, the epiblema is also known as piliferous layer
Sea weed, spirogyra, roses, hornroot, and Ginkgos are all examples of multicellular plants.
The root of the word "aloof" is believed to be from the Middle English word "aloof" meaning "away, at a distance." It originated from the Old Norse word "a loof" meaning "to windward."
If you mean what are the root words, there are none because only verbs have root words and those are not verbs.
Examples of root words include "work," "play," "walk," and "happy." These are the basic words from which other words are formed through the addition of prefixes and suffixes.
What are the root for
Words with the root care:caredcarefulcarefullycaringuncaring
Each root word has a meaning. Root words can tell you the basic meanings of words you haven't seen.
Words with a prefix on the root word man are human and woman. Words with suffixes on the root word man are manhood, and man-cave. Other words with the root "man" include humanity, and womanhood.
Eukaryote normal environment multicellular autotrophic sexual