Answer is: true.
Solid solution <span>is a </span>solid state solution<span> of one or more </span>solutes<span> in a </span>solvent or <span>mixture of two </span>crystalline<span> solids that coexist as</span> crystal lattice. <span>Examples of solid solutions are metal </span>alloys (<span>mixture of </span>metals<span> or a mixture of a metal and another </span>element), semiconductors and moist<span> solids. </span>
The answer would be that the Electrons get farther from the nucleus. As you go down a group, the Period is increasing, which means that each time a shell is being added on as such the valence electron are moving further away from the nucleus. It is therefore easier for the valence electron to be removed thus why less energy is needed to remove that electron, thus a decrease in ionization energy.
The value of interest plug in the equation for calculating loan's effective interest rate is 0.085. Thus, option C is correct.
The loan effective interest rate has been given as the rate that has been effectively charged on the principal amount. In the calculation of the interest, the percentage sign has not been considered.
Thus, the interest rate has been converted to the values by dividing the percent to 100.
The effective interest rate (<em>EIR</em>) for the equation has been:
The given interest rate has been 8.5 % . The value plug in the equation has been,
The value of interest plug in the equation for calculating loan's effective interest rate is 0.085. Thus, option C is correct.
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Answer:
Explanation:
Iron Haber process = (making ammonia)
Vanadium (V) oxide = Contact process (a stage in making sulfuric acid)
Manganese dioxide = Decomposition of hydrogen peroxide (produces water and oxygen)
Many of the atomic masses listed on the periodic table are decimal values because it's the weighted average mass of all of the isotopes of that element.