Elastic substances usually extend or compress so that the amount of stretch or compression is proportional to the force, and clearly the speed of the rubber when released will depend on the force accelerating it. However there is a limit, called the elastic limit, to the extension and beyond that it will break
i dont think so, because it will change slightly. Every time you stretch the rubber band, depending what kind of mass, it might deform but might not be permanent deformation and the rubber band comes back into its original state, but there is a possibility that it might not else well come back to original form.
The thickness, or width, of the rubber band will determine how far it can stretch. If you have two bands of the same circumference, but different thicknesses, the thinner one will stretch further. This is because the thicker band has more crosslinks, causing the band to hold a stronger shape.
By stretching the band you are putting more stored energy into it, so when you release the tension there is more energy released, so the answer is yes.
it does because, if the rubber band is only a little bit hick it will stretch farther. if the rubber band is really thick it wont go as far because the band is thicker and harder to stretch.
No, the thickness does not affect how far it can stretch. I have proven this by doing an experiment at school.
yes obviously
Of course it does you idiot
yes
Rubber is an insulator, so lightning cannot effect rubber shoes.
about the cause and effect of tides
Humidity really has no effect on the strength of rubber bands, but temperature does. Heat and cold affects the structure, strength, and elasticity of rubber bands.
The simple answer is the bigger the balloon, the more rubber it will have. However, the actual amount of rubber is determined by its thickness. Thus a large but thin balloon can easily have less rubber than a smaller thicker balloon. Assuming all rubber balloons are made from the same chemical composition, you can determine which has the most rubber simply by weighing them while they are completely deflated. Alternatively, immerse the deflated balloons in water to determine their mass (by the amount of displacement).
If the rubber band stretch increases, then the potential energy will increase. Or: If the rubber band stretch decreases, then the potential energy will decrease.
Maybe rubber cement?
Rubber is an insulator, so lightning cannot effect rubber shoes.
about the cause and effect of tides
no
Possibly a weapon of math disruption. Another possibility is that you get expelled, if not suspended.
yes the weather effect the rubber inside
No it would not because electricity does not effect rubber. Tires are rubber.
because its texture
It will soften, melt and burn
Using an ab ball streches the rubber band in a vortex outside of the tabget universe which can lead to better stronger looking ab's then you can get a girlfriend and kiss her then you feel manly afterwards.
In order for it to lose its effect you have to put an insulator around it, such as rubber or plastic.
the ink will soon fade, the rubber will lose its strechiness and the paper will stay white