If the impurity is of type "n" - an element (the impurity) that has 5 electrons in its outer shell - conduction will be mainly via electrons. If the impurity is of type "p" - the atoms of the impurity has 3 electrons in its outer shell - the conduction will be mainly via holes.
The presence of impurities in the calorimetry lab can affect the accuracy of your results. Impurities can alter the heat transfer process, leading to incorrect measurements of energy changes. This can result in inaccurate calculations of heat capacity and other important values in the experiment.
The color of fluorite changes due to the presence of impurities in its crystal structure. Different impurities can interact with light in various ways, influencing the color of the fluorite. This phenomenon is known as "color zoning" and can result in a wide range of colors in fluorite crystals.
The color of fluorite changes due to impurities in its chemical composition. Trace amounts of different elements such as iron, yttrium, or europium can cause fluorite to exhibit a range of colors, from purple and blue to yellow and green. The presence of these impurities alters the way the crystal absorbs and reflects light, resulting in varied coloration.
Water boils at 100 degrees Celsius at sea level. If water is boiling at 130 degrees Celsius, it might be due to the presence of impurities or changes in atmospheric pressure, which can affect the boiling point of water.
The color of fluorite changes due to the presence of impurities or trace elements in its structure. These impurities can alter the crystal lattice, causing it to absorb different wavelengths of light and display a range of colors. Environmental factors such as heat and radiation can also influence the color change in fluorite.
Bubbles are formed when a gas is trapped within a liquid or solid material. Factors that contribute to their creation include surface tension, pressure changes, and the presence of impurities in the liquid.
Bubbles form when a gas is trapped within a liquid or solid material. Factors that contribute to their creation include surface tension, pressure changes, and the presence of impurities or surfactants.
by weathering ************ Igneous rock is initially formed when lava cools down. After which weathering would begin.
The refractive index of water can change with factors like temperature, pressure, and the presence of impurities or contaminants. Changes in these factors can alter the density and molecular structure of water, affecting how light travels through it and thus causing variations in its refractive index.
Impurities can cause a significant change in the reflective index of a liquid. Impurities totally affect the results of the experiment. It changes the reflective index and affect the concentration of the solution.
This indicator changes his color.
Crystals form when a substance transitions from a liquid or gas to a more stable solid state, typically due to changes in temperature, pressure, or concentration. Factors such as the nature of the substance's chemical bonds, the presence of impurities, and the rate of cooling can also influence crystal formation.