Usually when you heat a substance it will inflate. When you
take a graph between temperature and volume it will rise linearly. At some
point, it will be drenched or become stable. We know that all materials have a
melting point or breakdown point. Subsequently this experiment, Marshall will determine
that substance's volume increase according to heat up to a specific
temperature.
C, Have varying solubilities
Es and no. Look at your units. 27.63g / 19.32 g, the grams cancel and you're left with a unitless number of 1.430 But 19.32 is not grams. It is "grams for each cubic centimeter" or g/cc aka g/cm^3 Use the correct units and look at the units in your answer: 27.63g / (19.32 g/cc) . The grams cancel. The cc is the denominator of a denominator, which puts it in the numerator, and you get 1.430 cc. So you were correct in your assumption that the answer would yield cubic centimeters. Additional formulas needed: Area: length x width Volume: length x width x height or since lenth x width = area Volume = area x height for part b you will need the formula for volume of a cylinder: area of a circle x height area of a circle = pi x radius^2
<span>Reference https://www.physicsforums.com/threads/find-the-area-of-a-leaf-of-gold.107955/</span>
It’s either salt solution for the form or neutral for the strong acids and weak base and you too