Because it rolls along the ground
Yes, a ball with more air will travel further because it has less surface area touching the ground, reducing friction and allowing it to roll more easily. Additionally, more air inside the ball increases its bounce, giving it more energy to travel further.
Beta particles can travel up to a few meters in air before they lose energy and are absorbed. The distance they can travel depends on the energy of the particle, with higher energy beta particles able to travel further.
Yes, beta particles typically travel further than alpha particles because they have a higher energy level. Alpha particles are heavier and more charged, so they interact with matter more readily and have a shorter range. Beta particles have less mass and charge, allowing them to penetrate further.
Sound travels faster and further in water compared to air due to water being denser and providing a better medium for sound waves to travel through. In water, sound can travel over longer distances and at higher speeds than in air.
Generally, smaller objects tend to travel further when fired from a catapult compared to larger objects. This is because smaller objects have less air resistance and mass, allowing them to be propelled with more speed and efficiency.
Sycamore and goosegrass seeds are adapted for long-distance dispersal through mechanisms like wind or water, allowing them to travel further. Sycamore seeds have wing-like structures that enable them to glide on air currents, while goosegrass seeds can be carried by water or animals. In contrast, wallflower seeds are heavier and lack specialized structures for extensive dispersal, leading to a more localized distribution. This difference in seed morphology and dispersal strategies explains why sycamore and goosegrass seeds can travel further than wallflower seeds.
The adaptations of them are completely different...eg.dandelions have thick tapered roots where as goosegrass roots are thin and long
Goosegrass seeds scatter primarily through a mechanism known as "shattering." When the seed head matures, it dries out and the seeds can easily detach from the plant. Wind and water can help disperse the seeds over a wider area, while animals or human activities can also aid in their spread by unintentionally carrying them. Additionally, the seeds can stick to clothing or fur, further facilitating their distribution.
Think of it as a funnel that brings the shots of a shotgun together to travel further in a denser pattern
They think they got away to go into the further but not the past.
Goosegrass has long stems that allow it to effectively compete for light and space in its environment. The height of the stems helps it overshadow shorter plants, reducing their access to sunlight and nutrients. Additionally, the flexibility of long stems enables goosegrass to withstand physical disturbances, such as grazing or trampling, while still maintaining its growth. This adaptability contributes to its success as a resilient weed in various habitats.
Both but i would think that it would go through solids more
Light does not travel further along power lines. What phenomenon are you describing?
Most love grass are dispersed by animals. Some may be dispersed by wind or by gravity.(But for those who are primary students,dispersal by animals would be the best answer.)
A vacuum.
Wheat grains are heavier and more aerodynamic than chaff, so they will typically travel further on the wind. Chaff is lighter and less dense, making it more susceptible to being carried away by the wind.