how would a weatherman most likely predict the daily weather? a by coll…
d. by observing the movement of air masses
d. by observing the movement of air masses
how would a weatherman most likely predict the daily weather?
a by collecting humidity data
b by observing animal behavior
c by collecting water temperature data
d by observing the movement of air masses
how would a weatherman most likely predict the daily weather?
a by collecting humidity data
b by observing animal behavior
c by collecting water temperature data
d by observing the movement of air masses
Meteorologists rely on tracking large-scale air mass movements, which directly drive daily weather patterns. Humidity, water temperature data, and animal behavior are not the primary or most reliable methods for standard daily weather prediction.
d. by observing the movement of air masses
Meteorologists rely on tracking large-scale air mass movements, which directly drive daily weather patterns. Humidity, water temperature data, and animal behavior are not the primary or most reliable methods for standard daily weather prediction.
d. by observing the movement of air masses
how would a weatherman most likely predict the daily weather? a by collecting humidity data b by observing animal behavior c by collecting water temperature data d by observing the movement of air masses
1. faster wear due to improper alignment and aggressive driving habits 2. A sudden, explosive, rapid loss of air pressure from a tire 3. opposite; other vehicles 4. It immediately…
- There will be more dark red kidney bean survivors. - There will be fewer light red kidney bean survivors. - There will be more dark red kidney bean offspring the next morning.
1. A stack of mail in a mailbox: New mail is placed on top, so older mail sits at the bottom, matching the "oldest at bottom, newest at top" rule of superposition. 2. (Whale examp…
$490$ square feet
Very active
1. The equation is dimensionally correct, as both sides have dimensions $LT^{-1}$. 2. The velocity equation is $v = k\sqrt{g\lambda}$ (where $k$ is a dimensionless constant). 3. D…
B. wind direction and humidity
D. There are differences in temperatures between the land and the ocean.
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