noun. something from which anything arises or is derived; source; fountainhead: to follow a stream to its origin.

perhaps abstracted from Old English swa same “the same as,” but more likely from Old Norse same, samr “same,” both from Proto-Germanic *samaz “same” (source also of Old Saxon, Old High German, Gothic sama, Old High German samant, German samt “together, with,” Gothic samana “together,” Dutch zamelen “to collect,” German …

In traditional root words, these words come from Latin and Greek, and typically do not stand alone as a complete word. Understanding the meanings of common roots can help you work out the meanings of new words as you encounter them. For example, “egotist” has a root word of “ego” plus the suffix -ist.

The root is the part of the plant that’s underground. Root comes from the Latin word radix, which means “starting point,” and you can think of the root of something as the place it starts from, whether that’s the root of a tree, or the root of a problem.

Roots

• Beetroot – Rengakura. Roots.
• Carrots – Uhikaramea/Kāreti. Roots.
• Celeriac. Roots.
• Ginger – Tinitia. Roots.
• Parsnips – Tāmore mā/Uhitea. Roots.
• Radishes – Uhikura. Roots.
• Swedes – Tuwīti tānapu. Roots.
• Turnips – Kotami. Roots.

Root of a number The root of a number x is another number, which when multiplied by itself a given number of times, equals x. For example the second root of 9 is 3, because 3×3 = 9. The second root is usually called the square root.

A zero is of a function. A root is of an equation. You could ask what are the roots of f(x) = 10, which would be the same as asking to solve 10 = x + 5. So, the zeros are only a specific kind of root for when the function equals 0.

Zeros of a function definition The zeros of a function are the values of x when f(x) is equal to 0. Hence, its name. This means that when f(x) = 0, x is a zero of the function. When the graph passes through x = a, a is said to be a zero of the function. Hence, (a, 0) is a zero of a function.

List of Perfect Squares

In math, the squared symbol (2) is an arithmetic operator that signifies multiplying a number by itself. Raising a number n to the power of 2 is called “squaring” because the resulting number n2 corresponds to the area of a square with sides of length n.

3.317

Square Root of 11 by Long Division Method To find the square root of 11, use the long division method to get the approximate value. Therefore, √11 = 3.31662479036.

Since 11 is not a perfect square, it is an irrational number.

The square root of 60 is expressed as √60 in the radical form and as (60)½ or (60)0.5 in the exponent form….Square Root of 60.

1 Answer

1. Find factors of 60 under the root. √2⋅2⋅5⋅3=√60.
2. Rewrite it in the manner of exponential numbers. √22⋅5⋅3.
3. Cancel exponential numbers and roots. 2√5⋅3=2√15.

Square Root Table 1-100

7.75

The square root is √80 = 4√5.

60 is not a perfect square, so the answer will still include a radical (a square root of some number). We can simplify the square root of any number, though, if the number has any factors that are perfect squares.

Perfect Square:

What Is the Square Root of 400? The square root of a number is the number that when multiplied to itself gives the original number as the product. This shows that 400 is a perfect square.

Factors of 60 are 1, 2, 3, 4, 5, 6, 10, 12, 15, 20, 30, and 60.

14 is not a perfect square.

256

So now we know the digital root of 14 is 5. Is 5 in the list of digital roots that are always a square root (1, 4, 7 or 9)? Answer: NO, 5 is not in the list of digital roots that are always perfect squares. We can conclude that 14 IS NOT a perfect square and we don’t need to factor!