Yes, that is generally the case. When things get colder they become brittler. Brittle objects tend to break rather than deform and rebound. If you submerged a rubber ball in liquid nitrogen for a few moments and then dropped it from a height onto a rigid surface, it would shatter, not bounce. (Note that brittleness is not the same as rigidity. Objects can be rigid and elastic. For example, a steel girder is rigid and elastic.)
When you use less of something, you are reducing the amount or quantity of that particular thing being consumed or utilized. This can help conserve resources, cut costs, or limit potential negative impacts associated with its usage.
When water freezes, it forms ice crystals which disrupt the material's structure and decrease its flexibility, making it more rigid and prone to fracturing. The formation of these ice crystals also introduces stress points that can weaken the material, causing it to become brittle.
Elasticity is an intensive property because it does not depend on the amount of the material being considered, but rather on its intrinsic physical characteristics. It remains constant regardless of the size or quantity of the material.
Elasticity in polymers is generally related to the amount of hydrogen bonding between different subunits. Polymers with more hydrogen bonding tend to have higher elasticity. The number of subunits in the polymer chain can also impact elasticity, with longer chains typically leading to more elastic behavior. Additionally, the synthetic composition of the polymer, including the type of monomers and any additives, can affect its tensile strength and overall elasticity.
Of the ELEMENTS, Helium has both the lowest melting point and the lowest boiling point. Under normal pressure, Helium is only a liquid between -272C and -269C. That first number is less than one degree above absolute zero, so there's not much room for any compound to be a colder liquid.
Yes, temperature can affect the elasticity of a gummy worm. When the temperature is warmer, the gummy worm is typically softer and more elastic, while in colder temperatures, the gummy worm may become harder and less elastic.
for elasticity less than one the demand will be inelastic, i.e there will be very less effect of price on the demand.It will be relative inelastic or inelastic.
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When you have less income you tend to consume less.
Temperature can affect the elasticity of materials. Generally, when temperature increases, most materials become less elastic and more prone to deformation. However, some materials exhibit changes in elasticity at specific temperature ranges, such as those that undergo phase transitions.
When a ball is cold, the air inside it contracts, reducing its pressure and elasticity. This decrease in pressure and elasticity results in less energy being stored in the ball when it is compressed upon hitting the ground, causing it to bounce less.
Elasticity.
Maybe the elasticity or selling price. Something of that nature.
A. Explain whether demand would tend to be more or less elastic for each of the following three determinants of elasticity demand.1. Availability of substitute goods2. Share of consumer income devoted to a good3. Consumer's time horizon
If air is holding as much moisture as it can, colder air holds less than warmer.
under total otlay method basically there are 3 other sub methods with the help of which you can calculate the price elasticity of demand.they are: elasticity greater than unity...ep>1 elasticity less than unity,,,,,,,ep<1 elasticity equals to unity....ep=1
We would have less light. The earth would also be colder. The only way it wouldn't be colder is if global warming increased.