Solutions
Pricing
Log in
Teams
Get started
Log in
Get started
Topic 7
MR
by
Michele Rothschild
·
0 views
·
Updated Sep 29, 2020
Share
Embed
Create your own
Audio Transcript
Auto-generated
00:02 - 00:05
Now that you have your weather station built, we're going
00:06 - 00:09
to collect weather data for a period of two weeks.
00:10 - 00:13
You will need a detailed weather forecast using the weather
00:14 - 00:16
data collected over a period of time from each backyard
00:17 - 00:20
weather station, you need to put together a detailed weather
00:20 - 00:25
forecast. This forecast could include the observed patterns in cloud
00:25 - 00:29
shape, air temperature, wind direction, air pressure and precipitation.
00:31 - 00:35
Also, did you observe any weather fronts as state park
00:35 - 00:39
engineers? What is your final recommendation to the visitors coming
00:39 - 00:40
to the park this weekend?
00:41 - 00:42
Will it be pleasant or stormy?
00:43 - 00:45
Will it be dangerous for the visitors?
00:46 - 00:50
What precautions, if any, should visitors take, So you will
00:50 - 00:52
need to provide some sort of presentation.
00:54 - 00:56
You can choose how to prevent your forecast.
00:57 - 01:01
Some ideas include a newspaper report, a poster showing the
01:02 - 01:06
relevant weather features such as when direction, precipitation, cloud shape,
01:06 - 01:08
presence of a weather front, etcetera.
01:09 - 01:12
Or you could do a typical weather forecast in the
01:12 - 01:15
form of a video using props for sun, rain clouds,
01:16 - 01:18
warm fronts and cold fronts.
01:19 - 01:22
This project is due on October 16th 2020.
01:23 - 01:27
As you will need time to collect your data here
01:28 - 01:28
is a possible extension.
01:29 - 01:34
Should you want to further explore whether forecasting understanding the
01:34 - 01:39
Doppler effect conduct the following demonstration to show how the
01:39 - 01:43
Doppler effect works and how Doppler radar helps meteorologists predict
01:44 - 01:48
the weather, you would need a battery operated razor or
01:48 - 01:52
horn something with a steady tone cassette recorder with the
01:52 - 01:55
microphone or some other device to record on.
01:56 - 01:58
Record the sound of the razor or horn.
01:59 - 02:02
Play the recording to make sure it sounds exactly like
02:02 - 02:03
the original sound.
02:04 - 02:07
Record the razor or horn again this time.
02:07 - 02:10
Moved the razor or horn towards and past the microphone
02:10 - 02:11
several times.
02:12 - 02:14
Play the recording back and listen to the pitch of
02:14 - 02:15
the razor or horn.
02:16 - 02:18
Go up a zit, gets closer to the microphone and
02:18 - 02:20
go down as it moves further away.
02:21 - 02:25
Explanation. The change in the frequency of sound is called
02:25 - 02:25
the Doppler Effect.
02:26 - 02:30
Doppler radar measures the changes in the frequency of the
02:30 - 02:35
signal it receives to detect the intensity of precipitation, estimate
02:36 - 02:39
wind direction and speed and predict hail, size and rainfall
02:40 - 02:43
amounts. Please make sure you contact me if you have
02:43 - 02:46
any questions or need help with any of the assignments.
02:47 - 02:49
I hope you enjoyed this weeks presentation, and I look
02:50 - 02:51
forward to seeing you again next week
See full transcript