weather.gov/jetstream/doppler_introClick on “how radar works” in the upper right corner What exactly is Doppler

weather.gov/jetstream/doppler_introClick on “how radar works” in the upper right corner What exactly is Doppler. weather.gov/jetstream/doppler_introClick on “how radar works” in the upper right corner What exactly is Doppler.

weather.gov/jetstream/doppler_introClick on “how radar works” in the upper right corner
What exactly is Doppler shift?How does the Doppler effect work on a train whistle as it rolls towards and then away from you?How does dual polarization help with identifying tornadoes?
Click in the upper right corner: “Reflectivity.”How does base reflectivity differ from composite?Be sure to compare the two sample images centered along the Okla. and Texas line
Read carefully, the section on velocity by clicking “velocity” in the upper right corner.Scan the graphic depicting the wind-field southeast of Lake Michigan (Indianapolis radar).What is the direction of the wind-field?
Why is “storm relative motion” important?
Click on “precipitation” in the upper right corner. What two types of images of precipitation are portrayed using Doppler Radar?

Part 2: Birmingham, AL Doppler Radar:
Go to Understanding Radar – Weather Underground

Composite Reflectivity – 124 NMI range SEE FIRST PICTURE in attachment
6. Weather Underground’s Composite Reflectivity (echo intensity) figure merges the highest reflectivity from all scans. From this image, how would you explain the structure and intensity of this storm?(Use directions relative to Montgomery AL and Columbus GA)

Storm Total Surface Rainfall Accumulation – 124 NMI Range
SEE SECOND PICTURE in attachment
7. Refer to “Understanding Radar” (Weather Underground). How could this type of image be useful for cities like Birmingham or Columbus?How would the impacts of a 3 to 5 inch rainfall event differ in Columbus and Montgomery versus a rural area?

Echo Tops – 124 NMI Range SEE THIRD PICTURE in attachment
8. What type of clouds are present here based on the maximum echo value?

Velocity Azimuth Display Wind Profile – 124 NMI Range
SEE FOURTH PICTURE in attachment

9. Examine the 23:43 column for Birmingham AL.When the plane takes off, what in the wind direction and velocity?At what altitude(s) does the wind shift?Describe this shift in direction and velocity.
How would you describe the trend of this profile over time at 12,000 feet (youngest to the left, oldest to the right)? Incorporate direction, speed, and altitude into your answer (note KFT = altitude in thousands of feet).

NOAA: 250 MB Chart SEE FIFTH PICTURE in attachment
10. Examine the 250 mb chart (approx. 36,000 ft) above taken at 8 am CDT 10/4/21. What are the wind speeds and direction of winds over Birmingham, AL? Do they coincide with the Velocity Azimuth Display Wind Profile figure? {Compare the 250 mb Chart to the 23:37 (6:37 pm) data from the Velocity Azimuth Display Wind Profile}

NEXRAD Part 3:Bethel AK 10/4/21 at 3:26 pm ADT
SEE SIXTH PICTURE in attachment

11. Using your FAA Guide to ppt. intensity handout, Describe the precipitation intensity that is occurring in Southwestern Alaska using Bethel as a base point.

SEE SIVENTH PICTURE in attachment
12. After checking the rain/snow icon, describe the two types of precipitation occurring.Use the FAA Guide To describe intensity.Which mode of ppt is the most dangerous for flying and where is it occurring?
SEE EIGHTH PICTURE in attachment
13. Based on the data above (including the two previous images), what type of cloud dominates this storm? Justify your answer.
SEE NINETH PICTURE in attachment
14. How many inches of snow have fallen at Bethel’s airport? (Use a ratio of 10” of snow = 1” of rainfall)?
SEE TENTH PICTURE in attachment
15. Assume that you are taking off at 23:32 in a Boeing 737 (Bethel’s airport handles commercial jets), describe the wind velocity and direction at take-off and at what altitudes does it change? Notice that from 9 KFT to 30 KFT the direction remains constant.What is this direction?What is the velocity at 18 KFT (approx. 500 mb) and 30 KFT (approx. 300 mb)?

Part 4: How do I Access radar images at weather underground?
https://www.wunderground.com/
Click the maps and radar heading
Scroll to radar maps and click
Map of USA appears. Find an area with weather
Click US regions and scroll to an appropriate region and click [WA-Tacoma (ATX) for example]
Regional image appears and select a doppler radar [Portland OR (RTX)]
Base reflectivity scan at .5° 248 NMappears
Scroll on icon Base reflectivity scan at .5° 248 NM appears for additional images
16. Find a region of the USA that is having some “weather.”Describe what you are seeing based on a 124 NM Composite scan (attach the image).
All images are attached.
[supanova_question]

5.4 Country Membership in the European Union

Instructions
Choose a country from the map above. Pretend that you are going to represent your selected country at a European Union meeting. You will attend the meeting whether or not your country is an EU member.
Your goal at the EU meeting is to explain to other country representatives your selected country’s position on the EU (whether or not it wants to participate and why, or how it likes being a part of the EU if it already is) and what your selected country might do to be a better member of the European community (e.g., cleaning up the environment or reducing social problems).
Do research on the following topics regarding your selected country:EU Status – the country’s status with and attitude toward the EU
Environment – current environmental problems within the selected country
Social Situation – current social problems, such as tensions with immigrant or minority groups

Create a presentation using Microsoft PowerPoint, (opens in a new window) and include the information researched according to No. 3 instruction.

Your presentation should have three headings or sections with at least two slides each and illustrated with pictures or images:EU Status
Environment
Social Situation

There is no limit as to the number of slides to show the information you gathered for each heading or section.
On a separate slide, address the EU with your plea or argument according to your selected country’s situation: (at least a paragraph)(If your selected country is not a member of the EU) – Explain why your country wants to participate.
(If your selected country is already a member of the EU) – Describe how your country likes being a part of the EU.
(Whether a member or not) – Discuss what your selected country might do to be a better member of the European community.

On the last slide, include a bibliography of at least three sources of your information by providing the URLs and webpage titles in MLA citation format.
Use Easy Bib (opens in a new window) to help you create correct MLA citations. Make sure to include the website URL in your citation.
Submit the completed presentation to the submission box. See the rubric below and make sure to follow all criteria. This assignment is worth 80 points.
Marking Guide
Check the Marking Guide below and follow the criteria for a perfect score:
Country Membership in the European Union Marking GuideCriteriaPoints Used multimedia presentation software, such as PowerPoint, to complete the assignment 10Presented slides that contain information on the selected country covering the following topics and are illustrated with pictures or images:EU Status – the country’s status with and attitude toward the EU
Environment – current environmental problems within the selected country
Social Situation – current social problems, such as tensions with immigrant or minority groups
30Presented a slide that showed plea or argument in at least a paragraph according to the selected country’s situation:(If selected country is not a member of the EU) – Explained why selected country wants to participate.
(If selected country is already a member of the EU) – Described how selected country likes being a part of the EU.
(Whether a member or not) – Discussed what selected country might do to be a better member of the European community.
20Used MLA citation format for the bibliography of at least three sources of research information and provided the URLs and webpage titles10Followed correct conventions in grammar, structure, and spelling
10Total
80

done
Seen
4 mins ago[supanova_question]

weather.gov/jetstream/doppler_introClick on “how radar works” in the upper right corner
What exactly is Doppler

net-many-may-have-found-the-class-overwhelming-due-to-the-large-size-and-many/”>Geography Assignment Help weather.gov/jetstream/doppler_introClick on “how radar works” in the upper right corner
What exactly is Doppler shift?How does the Doppler effect work on a train whistle as it rolls towards and then away from you?How does dual polarization help with identifying tornadoes?
Click in the upper right corner: “Reflectivity.”How does base reflectivity differ from composite?Be sure to compare the two sample images centered along the Okla. and Texas line
Read carefully, the section on velocity by clicking “velocity” in the upper right corner.Scan the graphic depicting the wind-field southeast of Lake Michigan (Indianapolis radar).What is the direction of the wind-field?
Why is “storm relative motion” important?
Click on “precipitation” in the upper right corner. What two types of images of precipitation are portrayed using Doppler Radar?

Part 2: Birmingham, AL Doppler Radar:
Go to Understanding Radar – Weather Underground

Composite Reflectivity – 124 NMI range SEE FIRST PICTURE in attachment
6. Weather Underground’s Composite Reflectivity (echo intensity) figure merges the highest reflectivity from all scans. From this image, how would you explain the structure and intensity of this storm?(Use directions relative to Montgomery AL and Columbus GA)

Storm Total Surface Rainfall Accumulation – 124 NMI Range
SEE SECOND PICTURE in attachment
7. Refer to “Understanding Radar” (Weather Underground). How could this type of image be useful for cities like Birmingham or Columbus?How would the impacts of a 3 to 5 inch rainfall event differ in Columbus and Montgomery versus a rural area?

Echo Tops – 124 NMI Range SEE THIRD PICTURE in attachment
8. What type of clouds are present here based on the maximum echo value?

Velocity Azimuth Display Wind Profile – 124 NMI Range
SEE FOURTH PICTURE in attachment

9. Examine the 23:43 column for Birmingham AL.When the plane takes off, what in the wind direction and velocity?At what altitude(s) does the wind shift?Describe this shift in direction and velocity.
How would you describe the trend of this profile over time at 12,000 feet (youngest to the left, oldest to the right)? Incorporate direction, speed, and altitude into your answer (note KFT = altitude in thousands of feet).

NOAA: 250 MB Chart SEE FIFTH PICTURE in attachment
10. Examine the 250 mb chart (approx. 36,000 ft) above taken at 8 am CDT 10/4/21. What are the wind speeds and direction of winds over Birmingham, AL? Do they coincide with the Velocity Azimuth Display Wind Profile figure? {Compare the 250 mb Chart to the 23:37 (6:37 pm) data from the Velocity Azimuth Display Wind Profile}

NEXRAD Part 3:Bethel AK 10/4/21 at 3:26 pm ADT
SEE SIXTH PICTURE in attachment

11. Using your FAA Guide to ppt. intensity handout, Describe the precipitation intensity that is occurring in Southwestern Alaska using Bethel as a base point.

SEE SIVENTH PICTURE in attachment
12. After checking the rain/snow icon, describe the two types of precipitation occurring.Use the FAA Guide To describe intensity.Which mode of ppt is the most dangerous for flying and where is it occurring?
SEE EIGHTH PICTURE in attachment
13. Based on the data above (including the two previous images), what type of cloud dominates this storm? Justify your answer.
SEE NINETH PICTURE in attachment
14. How many inches of snow have fallen at Bethel’s airport? (Use a ratio of 10” of snow = 1” of rainfall)?
SEE TENTH PICTURE in attachment
15. Assume that you are taking off at 23:32 in a Boeing 737 (Bethel’s airport handles commercial jets), describe the wind velocity and direction at take-off and at what altitudes does it change? Notice that from 9 KFT to 30 KFT the direction remains constant.What is this direction?What is the velocity at 18 KFT (approx. 500 mb) and 30 KFT (approx. 300 mb)?

Part 4: How do I Access radar images at weather underground?
https://www.wunderground.com/
Click the maps and radar heading
Scroll to radar maps and click
Map of USA appears. Find an area with weather
Click US regions and scroll to an appropriate region and click [WA-Tacoma (ATX) for example]
Regional image appears and select a doppler radar [Portland OR (RTX)]
Base reflectivity scan at .5° 248 NMappears
Scroll on icon Base reflectivity scan at .5° 248 NM appears for additional images
16. Find a region of the USA that is having some “weather.”Describe what you are seeing based on a 124 NM Composite scan (attach the image).
All images are attached.
[supanova_question]

A lab for remote sensing,** Requires TerrSet software** – it is due TODAY at 6 PM EST -**IT IS NOT DUE IN 13 HOURS**

[supanova_question]

https://anyessayhelp.com/ weather.gov/jetstream/doppler_introClick on “how radar works” in the upper right corner
What exactly is Doppler shift?How does the Doppler effect work on a train whistle as it rolls towards and then away from you?How does dual polarization help with identifying tornadoes?
Click in the upper right corner: “Reflectivity.”How does base reflectivity differ from composite?Be sure to compare the two sample images centered along the Okla. and Texas line
Read carefully, the section on velocity by clicking “velocity” in the upper right corner.Scan the graphic depicting the wind-field southeast of Lake Michigan (Indianapolis radar).What is the direction of the wind-field?
Why is “storm relative motion” important?
Click on “precipitation” in the upper right corner. What two types of images of precipitation are portrayed using Doppler Radar?

Part 2: Birmingham, AL Doppler Radar:
Go to Understanding Radar – Weather Underground

Composite Reflectivity – 124 NMI range SEE FIRST PICTURE in attachment
6. Weather Underground’s Composite Reflectivity (echo intensity) figure merges the highest reflectivity from all scans. From this image, how would you explain the structure and intensity of this storm?(Use directions relative to Montgomery AL and Columbus GA)

Storm Total Surface Rainfall Accumulation – 124 NMI Range
SEE SECOND PICTURE in attachment
7. Refer to “Understanding Radar” (Weather Underground). How could this type of image be useful for cities like Birmingham or Columbus?How would the impacts of a 3 to 5 inch rainfall event differ in Columbus and Montgomery versus a rural area?

Echo Tops – 124 NMI Range SEE THIRD PICTURE in attachment
8. What type of clouds are present here based on the maximum echo value?

Velocity Azimuth Display Wind Profile – 124 NMI Range
SEE FOURTH PICTURE in attachment

9. Examine the 23:43 column for Birmingham AL.When the plane takes off, what in the wind direction and velocity?At what altitude(s) does the wind shift?Describe this shift in direction and velocity.
How would you describe the trend of this profile over time at 12,000 feet (youngest to the left, oldest to the right)? Incorporate direction, speed, and altitude into your answer (note KFT = altitude in thousands of feet).

NOAA: 250 MB Chart SEE FIFTH PICTURE in attachment
10. Examine the 250 mb chart (approx. 36,000 ft) above taken at 8 am CDT 10/4/21. What are the wind speeds and direction of winds over Birmingham, AL? Do they coincide with the Velocity Azimuth Display Wind Profile figure? {Compare the 250 mb Chart to the 23:37 (6:37 pm) data from the Velocity Azimuth Display Wind Profile}

NEXRAD Part 3:Bethel AK 10/4/21 at 3:26 pm ADT
SEE SIXTH PICTURE in attachment

11. Using your FAA Guide to ppt. intensity handout, Describe the precipitation intensity that is occurring in Southwestern Alaska using Bethel as a base point.

SEE SIVENTH PICTURE in attachment
12. After checking the rain/snow icon, describe the two types of precipitation occurring.Use the FAA Guide To describe intensity.Which mode of ppt is the most dangerous for flying and where is it occurring?
SEE EIGHTH PICTURE in attachment
13. Based on the data above (including the two previous images), what type of cloud dominates this storm? Justify your answer.
SEE NINETH PICTURE in attachment
14. How many inches of snow have fallen at Bethel’s airport? (Use a ratio of 10” of snow = 1” of rainfall)?
SEE TENTH PICTURE in attachment
15. Assume that you are taking off at 23:32 in a Boeing 737 (Bethel’s airport handles commercial jets), describe the wind velocity and direction at take-off and at what altitudes does it change? Notice that from 9 KFT to 30 KFT the direction remains constant.What is this direction?What is the velocity at 18 KFT (approx. 500 mb) and 30 KFT (approx. 300 mb)?

Part 4: How do I Access radar images at weather underground?
https://www.wunderground.com/
Click the maps and radar heading
Scroll to radar maps and click
Map of USA appears. Find an area with weather
Click US regions and scroll to an appropriate region and click [WA-Tacoma (ATX) for example]
Regional image appears and select a doppler radar [Portland OR (RTX)]
Base reflectivity scan at .5° 248 NMappears
Scroll on icon Base reflectivity scan at .5° 248 NM appears for additional images
16. Find a region of the USA that is having some “weather.”Describe what you are seeing based on a 124 NM Composite scan (attach the image).
All images are attached.
[supanova_question]