True or False: Metals that are made correctly tend to have a high tensile strength, low reactivity, and good ductility.

The statement is true because metals, when processed appropriately, generally exhibit high tensile strength, low reactivity, and good ductility. High tensile strength allows metals to withstand significant stress without breaking, making them suitable for various structural applications. Low reactivity is essential for metals used in biomedical applications or environments where corrosion must be minimized; metals that do not react easily with biological tissues or environmental components are preferred. Ductility refers to a metal's ability to deform under tensile stress, allowing it to be shaped and formed without fracturing, which is crucial in manufacturing processes.

While some metals might have varying properties based on their composition or treatment, the general characteristics of metals that are processed correctly align with the statement provided. This means that for most metals, when they are engineered or treated properly, they indeed possess these key attributes, fulfilling the criteria outlined in the question.