yes they are
Sunlight hits the Earth at a low angle primarily at the polar regions, such as the Arctic and Antarctic. In these areas, the sun's rays spread over a larger surface area, resulting in less intense solar energy per unit area. This phenomenon leads to colder temperatures compared to regions near the equator, where sunlight strikes more directly and is concentrated over a smaller area.
Balloons get smaller over time due to the slow escape of the gases inside the balloon, primarily helium or air. The molecules of these gases are small enough to pass through the porous surface of the balloon material, leading to deflation.
If you are referring to two planets of the same MASS, then the difference in surface area would probably be due to their relative densities. If one planet is composed of denser matter than the other, then the same mass would take up a smaller volume, and thus the surface area would be smaller.
Because the earth's axis is tilted towards the sun at this time. This means the sun's rays are spread over a smaller area than they are in winter, so it's warmer.
The Sun's rays are less concentrated in December in the northern hemisphere because the Sun is lower in the sky, resulting in a larger area over which the sunlight is distributed. Conversely, in the southern hemisphere, the Sun's rays are more concentrated in December due to the higher angle of incidence.
no
A lower angle of insolation would result in the sunlight being spread over a larger surface area, leading to less concentrated heating. This would result in a decrease in the maximum temperature of the surface compared to a higher angle of insolation where the sunlight is more concentrated on a smaller area.
The angle at which the sun's rays strike the Earth's surface affects the intensity of the sunlight spread over a larger or smaller area, impacting the surface temperature. When the sun's rays hit the Earth at a higher angle (closer to perpendicular), the energy is concentrated over a smaller area, leading to higher temperatures. Conversely, when the angle is lower (closer to parallel), the energy is spread over a larger area, resulting in lower temperatures.
you put: a squared over b squared = surface area of the smaller solid over surface area of the bigger solid
smaller surface area
gravitational field strength
scattered randomly because it depends on the tchtonic plates
A sharp pencil can hurt more because it has a smaller surface area, which allows it to apply more pressure on a specific point on your skin. This concentrated force can lead to a sharper sensation compared to a dull pencil, which distributes the pressure over a larger area.
Because vertical solar rays are less oblique during Sumner and are concentrated over smaller areas
When a jet like concord passes over head then a conical surface of concentrated sound energy sweeps over the ground and thus a sonic boom is heard.
Something weighing 50 kg can exert pressure because pressure is force applied over a certain area. So, even though an object may be heavy, the pressure it exerts depends on how that weight is distributed over a given surface area. More weight concentrated on a smaller area results in higher pressure.
The equation for pressure (P) is given by ( P = \frac{F}{A} ), where ( F ) is the force applied perpendicular to a surface and ( A ) is the area over which the force is distributed. This means that pressure measures how concentrated a force is over a specific area; higher pressure indicates a greater force acting on a smaller area, while lower pressure indicates a smaller force spread over a larger area. Pressure is commonly measured in units like pascals (Pa) or atmospheres (atm).