An Ice Hockey puck travels smoother and faster on ice, floor and street hockey pucks are designed for use on certain surface types and perform better on those specific surfaces.
Snails move faster on dirt cement
Glass is a poor conductor of heat compared to ceramic, which allows the heat to penetrate the liquid more effectively. The smooth surface of glass also helps to evenly distribute the heat, resulting in faster heating compared to the rough surface of a ceramic mug.
You will go faster on cement.
A snail will typically move faster on cement compared to dirt. This is because cement provides a more stable and smoother surface for the snail to slide across, whereas dirt can be uneven and may require more effort for the snail to move through.
on cement
cement
Yes, because it doesn't have to go over rocks and such.
A plastic cup is a good conductor of heat, meaning it allows heat to transfer quickly out of the cup and into the water, helping it cool down faster. The plastic material also has less thermal mass than glass or ceramic, so it cools down faster itself, helping to cool the water more efficiently.
Paper burn faster than plastic due to its thick texture.
The fineness of cement has an important bearing on the rate of hydration and hence onthe rate of gain of strength and also on the rate of evolution of heat. Finer cement offers agreater surface area for hydration and hence faster the development of strength.
That indicates higher hydration rate of the cement , thus faster to achieve the desired resistance.
Cement because the surface tends to be flatter than grass. In grass, the blades hitting the ball cause it to start losing speed, as the ball now needs more energy to go over or push past the grass compared to the cement, where there is nothing there to stop it from moving forward except the air.