Water droplets could stay suspended at the edge of a leaf due to a combination of surface tension, adhesion, and cohesion forces. The surface tension of water helps it resist gravity, while adhesion allows the water droplet to stick to the leaf. Cohesion within the water molecules helps the droplet maintain its shape and not spread out.
You can determine your buoyancy by observing whether you float, sink, or stay suspended in water. If you float on the water's surface, you have positive buoyancy. If you sink, you have negative buoyancy. When you remain suspended at a certain depth, your buoyancy is neutral.
The fluttering of a falling leaf is due to air currents and turbulence causing it to sway from side to side as it descends. The shape and structure of the leaf also contribute to this fluttering motion, helping it to stay aloft for longer periods of time as it falls.
Stipules are small, often leaf-like structures found at the base of a leaf stalk, where it attaches to a branch or stem. They can vary in size, shape, and appearance depending on the plant species, and their function can range from providing protection for the developing leaf bud to aiding in photosynthesis.
Fine particles, such as silt and clay, will remain suspended in water for the longest time due to their small size and lower density. These particles can resist settling due to turbulence and the buoyant forces acting on them. In contrast, larger particles like sand and gravel are heavier and settle more quickly. Consequently, the finer the sediment, the longer it tends to stay suspended in water.
Water droplets could stay suspended at the edge of a leaf due to a combination of surface tension, adhesion, and cohesion forces. The surface tension of water helps it resist gravity, while adhesion allows the water droplet to stick to the leaf. Cohesion within the water molecules helps the droplet maintain its shape and not spread out.
yes
how long does your criminal record stay with you in northern ireland if you get 9month's suspended over 2 year's?
FOREVER
suspention
precipitation.
Precipitation.
Leaves stay on trees thanks to a combination of factors like the leaf stalk, which connects the leaf to the tree, and the vascular system that transports nutrients to the leaf. Additionally, a layer of cells known as the abscission zone helps to weaken the connection between the leaf and the tree, eventually leading to the leaf falling off in the autumn.
Precipitation.
precipitation.
The leaf will die or if it is strong it will stay for a few days and die............... :(
A colloid. The particles do not settle out, but stay suspended.