in stiff and not stiff mediums stiff mediums are too strong to let the sound wave molecules pass through, whereas less stiff mediums eventually leave the sound waves to loose energy as they pass through. the atmosphere would have to be just right from mediums, no more, no less.
There are mainly two types of bicycle axles: quick release and thru-axle. Quick release axles are lighter and easier to remove, but can be less stiff and affect the bike's handling. Thru-axles are stiffer and provide better stability, but are heavier and require tools for removal. The type of axle can impact the bike's responsiveness, stability, and overall performance.
Less
Two weeks after you have your period is typically the most likely time to become pregnant.
Stiff flex is simply a stiff graphite shaft. The flex of the shaft is basically how whippy it is, stiff has a little whip in it, but less than a regular. 60 would be the weight of the shaft, 60 grams.
Normally it means there is less mixers than alcohol. A Virgin Mary (A Bloody Mary with no Alcohol) would not be stiff and a shot of whiskey would be stiff; as a comparison.
If you mean period wise the implant will either not affect your period or it will become heavier/lighter, less/more common :)
There are mainly two types of bicycle axles: quick release and thru-axle. Quick release axles are easier to remove and install, but are less stiff and secure compared to thru-axles. Thru-axles provide more stability and stiffness, making them ideal for high-performance bikes and rough terrain.
Gum gets hard over time because it loses moisture and the sugar or artificial sweeteners in the gum crystallize, causing it to become stiff and less chewy.
more reactive
A pedal-less bicycle was invented in 1818, but the recognised invention was in 1861. See the Related Link below.
Yes, sound waves lose energy more quickly in stiff mediums compared to less stiff mediums because stiff mediums have higher propagation speeds, leading to faster dissipation of energy through internal friction and heat generation. This results in a quicker decrease in sound amplitude and intensity as the wave propagates through the medium.