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You can combine square roots when you multiply or divide. For example: root(2) x root(3) = root(6). You cannot do the same for addition and subtraction. For example, root(2) + root(3) can't be simplified.
As for example the square root of 64 is 8 but the cube root of 64 is 4
Yes as for example the cube root of -27 is -3
(root of )
A radical is considered to be in simplest terms when:There is no fraction under the radical sign. For example, root(2/3) should be converted to root(2) / root(3) - and then, the other rules should be applied. There is no radical in a denominator. In the above example, you continue multiplying numerator and denominator by root(3), so you obtain root(6) / 3.No perfect square appears as a factor under a radical sign. For example, root(12) should be changed to root(4 x 3) = root(4) x root(3) = 2 root(3).A radical is considered to be in simplest terms when:There is no fraction under the radical sign. For example, root(2/3) should be converted to root(2) / root(3) - and then, the other rules should be applied.There is no radical in a denominator. In the above example, you continue multiplying numerator and denominator by root(3), so you obtain root(6) / 3.No perfect square appears as a factor under a radical sign. For example, root(12) should be changed to root(4 x 3) = root(4) x root(3) = 2 root(3).A radical is considered to be in simplest terms when:There is no fraction under the radical sign. For example, root(2/3) should be converted to root(2) / root(3) - and then, the other rules should be applied.There is no radical in a denominator. In the above example, you continue multiplying numerator and denominator by root(3), so you obtain root(6) / 3.No perfect square appears as a factor under a radical sign. For example, root(12) should be changed to root(4 x 3) = root(4) x root(3) = 2 root(3).A radical is considered to be in simplest terms when:There is no fraction under the radical sign. For example, root(2/3) should be converted to root(2) / root(3) - and then, the other rules should be applied.There is no radical in a denominator. In the above example, you continue multiplying numerator and denominator by root(3), so you obtain root(6) / 3.No perfect square appears as a factor under a radical sign. For example, root(12) should be changed to root(4 x 3) = root(4) x root(3) = 2 root(3).
yes
No. It is a storage root.
Yes
A portion of a root swells for food or water storage, e.g. sweet potato. A type of storage root distinct from taproot.
Food produced in photosynthesis is transported as sugars (such as glucose) through the phloem, a vascular tissue in plants, from the leaves where they are produced to storage areas in the roots. This process is called translocation and is driven by a combination of osmotic pressure and active transport mechanisms. The stored food in the roots can be used for growth, maintenance, or reserves for future use.
The primary storage structures for roots are the epidermis, cortex, endodermis, pericycle, and vascular tissue (xylem and phloem). These tissues work together to support the root's functions of anchoring the plant, absorbing water and nutrients, and storing carbohydrates. The root cap at the tip of the root helps protect the delicate growing tissue as it pushes through the soil.
fleshy roots are for storage of food and water.
the cortex
The best example of fixed storage in a computer is the hard disk. A frequent example of removal storage is a thumb drive / USB stick.
Primary storages are volatile. An Example of primary storage : RAM whereas, Secondary storages are permanent. An Example of secondary storage : ROM
The specialized tissue in a root that functions in food storage is the cortex. It stores food reserves like starch, sugars, and other nutrients to support the plant's growth and development.
roots modified for food storage