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How Safe Is Your Lab for the New School Year?
Blog Post |
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Just When You Thought Your Lab Was Safer
Blog Post |
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Cleaning/Sanitizing/Disinfecting PPE for a Safer Lab Experience
Blog Post |
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Procuring Lab Chemicals—A ‘Cradle to Grave’ Safety Issue
Blog Post |
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Inq-ITS Virtual Labs - Cell: Animal
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Examine an animal cell at the microscopic level. Experiment to learn how organelles work together to sustain the cell.
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Inq-ITS Virtual Labs - Cell: Plant
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Examine a plant cell at the microscopic level. Experiment to learn how organelles work together to sustain the cell.
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Inq-ITS Virtual Labs - Collisions: Inelastic
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Explore collisions by changing the mass and velocity of two pool balls.
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Inq-ITS Virtual Labs - Convergent Boundaries
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Explore how plate properties affect different types of formations created at converging plate boundaries.
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Inq-ITS Virtual Labs - Divergent Boundaries
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Explore how plate properties affect different types of formations created at diverging plate boundaries.
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Inq-ITS Virtual Labs - Diversity of Traits
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Simulate how mutations in one species impacts the diversity of traits seen in the population.
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Inq-ITS Virtual Labs - Gravity & Forces
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Observe how a planet’s mass and orbital distance impact the force of gravity.
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Inq-ITS Virtual Labs - Gravity & Mass
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Simulate what normally cannot be done. Learn how gravity and mass impact weight by weighing gold bars on different planetary bodies.
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Inq-ITS Virtual Labs - Motion and Forces
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Explore the interactions between size, height, and friction to impact the force, distance traveled, and time as a wooden sled is pushed down a ramp.
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Inq-ITS Virtual Labs - Natural Selection
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Simulate how different species spread over a region and how their traits are inherited or may change over long periods of time.
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Inq-ITS Virtual Labs - Predation: Advanced
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Practice working predator and prey relationships by inquiring about the effects of birth rate and initial population size resulting in changes in the ecosystem involving seals and sharks.