
Question #cd3b0 - Socratic
Now, let's use the density of the solution (#1.19 "g"/"mL"#), and the fact that we assumed a #100 "g"# sample to calculate the volume, in #"L"#:
Question #3dbe1 - Socratic
Knowing the #m_s#, the total volume of the solution that also contained the given mass of the solute can be calculated through the density formula; thus,
The base of a triangular pyramid is a triangle with corners at (3 ,8 ...
Volume of pyramid V = (1/3) (A_t * h ) ~~ color (purple) (5.1746) Given : Triangle corners A (3,8), B (4,9), C (5,6), height of pyramid h = 7. To find volume of ...
Question #b4f6b - Socratic
That depends on the mass of the ball and the internal volume. "Buoyancy" (floating) is the displacement of a mass of water by an object. When the mass displaced by a volume is equal …
Question #1b0c9 - Socratic
Mar 14, 2015 · So, you know the volume your gas occupies, and the temperature and pressure at which it is kept. Because you were given its molar mass, you can solve for its mass by using …
Answers created by Ayako_Sho - Socratic
What is the mass of a 132 lb human in kilograms? A piece of gold has a mass #965# #g# and takes up a volume of #50# #cm^3#. What is the density of gold? Question #4fbce Question …
A ball is moving at 2 m/s and has a momentum of 49 kg m/s
m = 24.5 "kg" We're asked to find a ball's mass given the magnitudes of its momentum and velocity. The momentum p of an object is given by the equation vecp = mvecv where vecp is …
Question #5dc43 - Socratic
Mar 20, 2016 · Now, let's assume that your sample has a mass of "1 g". In order to increase its temperature by DeltaT = 187^@"C" - 65^@"C" = 122^@"C" you would need to provide it with …
Question #0d3d9 - Socratic
-"1410 kJ/mol" Start by making sure that you have clear understanding of what heat capacity means. As you can se from the units used to express it, heat capacity tells you what the ratio …
Answers created by Oscar L. - Socratic
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