A small area map.
Blue area are less steep
There are three different classifications of Bonsai's, which are; small, medium, and large, and they therefore have different max sizes that they can reach. Small trees can reach up to 6"X10", Mediums up to 16"X36", and Large ones go up to 60"X80".
It could have, but the map of the small region would be very small. The map of the large area would more likely have a larger scale so that more area is covered on the same map area, but in doing so, it will be less detailed than the map of the smaller area with the smaller scale. A larger scale has many more cm in the real world equals 1 cm on the map than a smaller scale one. eg a map for walking could use 1:25,000 (1 cm = 25,000 cm → 1 cm = 0.25 km) whereas the "map" of a room would more likely use a smaller scale of 1:50 (1 cm = 50 cm → 1 cm = 0.5 m)
If by different you mean clearer, then its because there is less humidity or atmospheric moisture in the cooler winter than in the warmer summer evenings. This causes less distortion of the night sky. When the temperature is cool enough the moisture will settle on the ground as frost and this is the best time for stargazing.
A map scale shows the ratio between the distances on the map and the distances in reality (one inch= 10 miles, for example) whereas the map legend tells what the various symbols on the map represent (landforms, size of roadway, state capitals, etc.)
Large particles have less total surface area, so caused less friction then the smaller particles do
It is an equal area projection. that has less shape distortion near the equator and the poles compared to other equal area projections.
the large object spreads the water out more evenly over it's area because it's large while the small object has less space to do so.
Because there is less atmospheric distortion at higher altitudes, and light pollution is avoided.
Of course small fish eat less than large fish.
No.
One large park is a better refuge than several small parks of the same total habitat area because the fragmentation of a natural ecosystem reduces the sustainability. This means several small parks would be less sustainable compared to one large park of the same total habitat area. The reason they aren't as sustainable is because when large ecosystems become fragmented, species with large home ranges may not have enough area to survive.
At low frequency, a large diameter speaker moves with the entire surface area in phase. But at a specific frequency, dependent on the speed of sound in the membrane material and the diameter, the surface closest to the drive point and the outer edges of the surface starts to move out of phase. The speaker wobbles, creating distortion and decreased sonic output. So a large area speaker is by this reason less well suited for reproducing high frequency signals. Also, a large speaker is heavy, and is harder to accelerate. This also limits the high frequency reproduction. Adversely, a small area speaker needs to move far, have a high amplitude, to reproduce low frequency signals, creating Doppler distortion and unlinear reproduction. One way to solve these problems is to divide the signal between two or more drivers of different sizes.
Large particles have less total surface area, so caused less friction then the smaller particles do...!!
Hurricanes cover large areas typically hundreds of miles across. Tornadoes are small in meteorological terms, often affecting less than a square mile of area.
More less
Removing the cyst when it's small will require a smaller incision and, so, less pain.