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In this video, you will see how salt is separated from a homogeneous mixture of saltwater using differences in solubility.

In this video, you will see how a centrifuge quickly separates a heterogeneous mixture of a solid precipitate from a liquid supernatant using differences in density.

In this video, you will see how paper filtration and charcoal filtration are used to separate a mixture based on particle size.

Ferromagnetism can be used to separate iron, cobalt, and nickel from a mixture. Eddie/Foucault currents can be used to attract non-ferromagnetic metals.

In this video, you will see 3 separation techniques that separate heterogeneous mixtures based on differences in density. In decanting- the liquid supernatant is poured leaving the denser solid behind. You can also use a pipet to suck off the top layer. If you are dealing heterogeneous mixture of liquids, you can use a separatory funnel to drain the denser liquid.

In this separation technique, you will see how a difference in boiling points is used to separate a homogenous liquid mixture.

In this video, you will learn how to set up the bomb calorimeter to collect data.

This video explores 4 polarity lab stations that demonstrate the relative strength of the three main intermolecular forces (dispersion forces, dipole-dipole forces, and hydrogen bonds). This video goes along with this lab packet: docs.google.com/document/d/1GMf_dNN96cqsxJ8IZFhe2OgMCwacz0ad59eykx3D1YY/copy

This video shows how a Vernier SpectroVis works on the inside.