Hookean body with high elasticity and low Young's modulus?
For example, which body is a Hookean body with high elasticity and low Young's modulus?
PS Rubber is not a Hookeian body!
Can someone tell me what happens to the coin and explain it using the principle of inertia? It would be very helpful if so. 2. A coin is on a card that is on a glass of water (there was another picture). Someone knocks the card away. What happens to the coin?
When you sit in a car you are thrown forward due to inertia. But there's still something floating around in my head about being thrown forward because you have less mass than the car. what is right?
Hey! Could someone possibly help me? ☺️ In the first task I got 11.81 m/s for the m/s and the throwing angle is 32.6 degrees In the second one, the gorge is 6.4m wide. is that correct? Would be great if someone could check this, thanks :)) A cyclist wants to jump over a ravine…
What can you compare 18 billion cubic meters of water with?
https://www.instagram.com/reel/C4wYpNyyymM/?igsh=MTgwZWQ5ZnpqYzVqdg==
a pressure or tension spring made of spring steel.
I don’t know exactly what you want to know
e.g. is a body with lower elasticity and high modulus of elasticity steel. But I just don’t find a body that is hookesch and has a high elasticity
What power are you talking about, with a high elasticity? how high should your yield strength be?
Thank you, that wasn’t meant. For me, a yield limit of 1000 N/mm2 is high, how do you define high?
but I still don’t know what exactly you need the material
in principle it is only about the set: “[…]The modulus of elasticity E increases with the resistance of a material against the elastic deformation. This means that the modulus of elasticity E is very high in a body with lower elasticity (e.g. steel) and is significantly lower in a body with high elasticity (e.g. a compression or tension spring made of spring steel).