What if you were 10x stronger

What if your muscles could produce ten times the force, but you still weighed seventy kilograms? Your first challenge might be a teacup. Your hardest one might be deciding what to leave behind. Follow Max through broken handles, ordinary shoes and a very different kind of strength test. His mechanic friend Sam can explain force, friction and leverage. His sister Mia reminds him what the numbers leave out. When a repair-fair display starts rolling, the biggest lift is no longer the point. Chapters 00:00 Breakfast with too much strength 00:33 Stronger, but not heavier 01:31 Force meets ordinary objects 02:59 Leverage, work and energy 04:02 The price of being useful 04:53 Mia and the two-tap rule 05:34 The rolling press 06:47 Choosing Mia 07:38 Easy does it Sources and further reading NASA Glenn: mass and weight: https://www.grc.nasa.gov/WWW/k-12/aer... OpenStax: friction and contact: https://openstax.org/books/university... OpenStax: equal and opposite forces: https://openstax.org/books/university... OpenStax: torque and leverage: https://openstax.org/books/university... OpenStax: gravitational potential energy: https://openstax.org/books/university... OpenStax: impulse and momentum: https://openstax.org/books/university... Disclosures An original hypothetical story. Max, Mia, Sam and the repair-fair emergency are fictional. The tenfold muscle upgrade, reinforced tissues and its energy allowance are invented; the surrounding explanations draw on the physics sources above. Max's twenty-to-two-hundred-kilogram test is his fictional personal baseline, not an average human capability. Which everyday object would you accidentally break first? #WhatIf #SuperStrength #Physics