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3 cards from this section. Quick, good the night before a test.
What is the high strength-to-weight ratio?
Think of strong materials that don’t add much weight.
Name one application of nanomaterials with improved hardness.
What products do you see that resist wear?
What describes the high strength-to-weight ratio in nanomaterials?
Think about how these materials improve efficiency.
True or False: Nanoscale materials always have higher melting points compared to bulk materials.
Consider how size impacts thermal properties.
Design a new nanocomposite material for use in automotive engineering, detailing its physical properties and potential benefits using concepts of high strength-to-weight ratio.
Think about materials that reduce weight but enhance safety.
Investigate how the improved hardness of nanomaterials could revolutionize the manufacturing process in one specific industry. Provide examples.
Consider industries where wear and tear are significant.
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