f stability is unchanged, in which situations will flow more likely go around a mountain rather than over a mountain?1 pointFor high mountain compared to low mountainFor a low wind speed compared to high wind speedFor low mountain compared to high mountainFor a high wind speed compared to low wind speed
Question
f stability is unchanged, in which situations will flow more likely go around a mountain rather than over a mountain?1 pointFor high mountain compared to low mountainFor a low wind speed compared to high wind speedFor low mountain compared to high mountainFor a high wind speed compared to low wind speed
Solution
Flow is more likely to go around a mountain rather than over it in the following situations:
-
For a high mountain compared to a low mountain: The higher the mountain, the more likely the flow will go around it. This is because the energy required to go over the mountain increases with the height of the mountain.
-
For a low wind speed compared to a high wind speed: When the wind speed is low, it doesn't have enough energy to go over the mountain, so it's more likely to go around it. On the other hand, a high wind speed has more energy and can potentially go over the mountain.
Similar Questions
Favorable sites include the tops of smooth, rounded hills; open plains and water; and mountain gaps that funnel and intensify wind. Wind speeds are generally higher the greater the distance above the earth's surface.
Which of the following is a factor that affects the stability of the slope
7. Some indicators of high wind speed and increased danger are:*1 pointa. Leaves and small twigs in constant motionb. Whole trees are in motionc. Maps are difficult to hold stilld. Rain blowing sidewayse. Clouds moving rapidlyf. Options b,c,dg. Options b,d,e
Which of the following are the characteristics of wind tower?
the physical features of mountains are irregular, with broken jagged contours, there can be wide variations in temperature over short distances.[48] Temperature at a location on a mountain depends on the season of the year, the bearing of the sun with respect to the face on which the location lies, and the mass of the mountain, i.e. the amount of matter in the mountain.[48] As the temperature is directly proportional to received radiation from the sun, the faces that receive more direct sunlight also have a greater heat buildup.[48] In narrow valleys—lying between steep mountain faces—there can be dramatically different weather along their two margins.[48] The side to the north with a mountain above facing south can have an extra month of the growing season.[48] The mass of the mountain also influences the temperature, as it acts as a heat island, in which more heat is absorbed and retained than the surroundings, and therefore influences the heat budget or the amount of heat needed to raise the temperature from the winter minimum to the summer maximum.[48]
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.