Question

“Iodine is a trace mineral”
State whether the above statement is
A.True
B.False

Answer 1

We know that the term trace element is commonly used in geology, where it's used to describe the elements apart from oxygen, silicon, aluminum, iron, calcium, sodium, potassium, and magnesium that occur in minuscule concentrations in rocks that is, in concentrations.

Complete answer: Trace elements are commonly known as the micronutrient, and defined as any element required by living organisms in minute amounts that is a smaller amount than $0.1$ percent by volume, usually as a part of an important enzyme. The correct amount of requirement varies among species, but the commonly required plant trace elements will include the copper, boron, zinc, manganese, and molybdenum. Animals also require manganese, iodine, and cobalt. Lack of necessary plant trace elements within the soil causes deficiency diseases; lack of animal trace elements within the soil might not harm plants, but, without them, animals which are totally feeding on those plants develop their own deficiency diseases. A trace mineral is required in litter amounts rather than significant ones.
Trace minerals are remembered for giving the advantages just referenced, a case of this is the mineral iron. Iron is found in blood and is fundamental for the development of a protein called hemoglobin, found in red platelets, which conveys oxygen. Other than iron, another trace mineral of significance is fluoride. This is available in toothpaste and drinking water to guarantee that you don't get holes. Thus, iodine is additionally included in trace amounts in day by day life regularly in iodized salt. A few minerals are required in bigger amounts than others, for example, calcium, phosphorus, magnesium, sodium, potassium and chloride. Others are required in litter amounts and are now and again called trace minerals.
Therefore, iodine is a trace mineral. It is essential but required in fewer amounts in our body. Iodine is a part of thyroid hormones and is involved in the regulation of growth, development and metabolism.
And hence option A is the correct answer.

Note:
Remember that the basic mineral is some of the time separated into significant minerals called the macrominerals and trace minerals which are alluded to as microminerals. These two gatherings are similarly significant.