You examine two weather maps of your area for two different days. One map shows isobars that are closely spaced; the other shows isobars that are far apart. Predict the difference in weather conditions for those days.

a) Isobars that are closely spaced indicate a large pressure difference over a
small area and light winds. Isobars that are far apart indicate a small pressure
difference over an area and strong winds.

b) Isobars that are far apart indicate a large pressure difference over a small
area. Isobars that are closely spaced indicate a small pressure difference over
an area.

c) Isobars that are far apart spaced indicate a large pressure difference. Isobars
that are closely spaced indicate a small pressure difference.

d) Isobars that are closely spaced indicate a large pressure difference over a
small area and strong winds. Isobars that are far apart indicate a small
pressure difference over an area and light winds.

The answer is: letter d, Isobars that are closely spaced indicate a large pressure difference over a small area and strong winds. Isobars that are far apart indicate a small pressure difference over an area and light winds.

Explanation:

An "isobar" is a line that is being drawn on a weather map. The areas with same pressures are being connected by the isobar. The value of the pressure is indicated by "millibars." This is vital when it comes to locating areas on the weather map that have high pressure and low pressure.

Once the isobars are closely spaced, it indicates that there is a large pressure difference over a small area. There is a strong pressure gradient because the speed of the wind is high. This is, thus, associated with stronger winds.

On the contrary, isobars that are far apart have weak pressure gradients. This means that the wind speed is light thus resulting to lighter winds.

Thus, this explains the answer.

lexy is right because she has the labeled s

this means that the temperature of both substances will be equal