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US$14

weekly

or US$42 for 3 classes

날씨의 경이로움: Supercells의 예술과 과학

신규 수업

연령대: 13-16 세

실시간 그룹 수업

가장 강력한 뇌우인 슈퍼셀의 과학을 탐구하세요! 슈퍼셀이 어떻게 형성되는지, 구조는 무엇인지, 그리고 슈퍼셀이 일으킬 수 있는 극심한 날씨는 무엇인지 알아보세요. 학생들은 또한 기상학자들이 이 놀라운 폭풍을 어떻게 추적하고 예측하는지 알아봅니다.

Peyton Stevenson

평균 평점:

5.0

수강 후기 수:

(1 수강 후기)

새로운 선생님

실시간 화상 수업

3주 동안 주당 1회

2-18 수업 정원

60분

아웃스쿨 소개 학습 개요 선생님 리뷰

무엇이 포함되어 있나요?

3개의 라이브 미팅

수업 3 시간

과제

주당 1시간. These assignments will be optional, designed to provide additional opportunities for learners to expand their knowledge.

수료증

수업 종료 후 1회

보고계신 지문은 자동 번역 되었습니다

수업 소개

영어레벨 - B2+

미국 7학년 - 10학년 학년

레벨 Beginner

In this 3-week class, students will explore the fascinating world of supercells, from their formation to their anatomy and forecasting. Each week focuses on a specific aspect of these powerful storms: how they form, what they’re made of, and how meteorologists predict them.

The class is structured as interactive lectures with engaging slides, video clips, and real-world case studies to help students visualize the science behind supercells. Each lesson includes time for Q&A, where learners can ask questions, share their thoughts, and discuss what they’ve learned.

My teaching style is dynamic and hands-on, encouraging active participation. I aim to make complex meteorological concepts accessible and fun by using visuals, real-life examples, and easy-to-understand explanations. Learners will have the opportunity to interact with me throughout the class, ensuring a supportive learning environment.

학습 목표

Understand the atmospheric conditions necessary for supercells to form, including wind patterns, moisture, and instability.

Identify the key components of a supercell, such as the updraft, downdraft, and mesocyclone, and how they interact to create severe weather.

강의 계획서

커리큘럼

Teacher-Created 커리큘럼 기반

3 레슨

3 주 이상

레슨1:

How Supercells Form & Types

 In the first week, students will explore the conditions that lead to the formation of supercells, the most powerful type of thunderstorm. They'll learn about the atmospheric ingredients required for supercells to develop and the different types of thunderstorms. Through real-world examples, students will see how various factors like wind patterns, moisture, and instability contribute to the formation of these extreme storms.

60 분 온라인 라이브 레슨

레슨2:

Anatomy of a Supercell: Inside the Storm

 This week, learners will dive deep into the structure of a supercell, examining its key components such as the updraft, downdraft, and mesocyclone. Students will learn how these elements work together to create intense storms capable of producing tornadoes, hail, and strong winds. Through visuals and case studies, they will gain a clear understanding of how these storms develop and behave.

60 분 온라인 라이브 레슨

레슨3:

Forecasting Supercells: Predicting the Storms

 In the final week, students will focus on how meteorologists forecast supercells and severe weather. They will learn about the tools and techniques used to track and predict the behavior of these storms, including radar, satellite data, and weather models. Students will also explore the challenges of forecasting supercells and how accurate predictions can help save lives.

60 분 온라인 라이브 레슨

그 외 세부 사항

학부모 가이드

This class will include discussions and video clips of severe weather events, such as tornadoes and intense thunderstorms, which could be unsettling for some learners. However, all media content is educational, age-appropriate, and focused on the science behind these phenomena. No third-party tools or accounts are required for participation.

Outschool 외 필요 앱/웹사이트

아웃스쿨 사이트의 기능 외 별도의 앱이나 웹 사이트를 사용할 필요가 없습니다.

선생님을 만나보세요

Peyton Stevenson

가입일: January, 2025

5.0

1수강 후기

새로운 선생님

프로필

교사 전문성 및 자격증

2 정도

석사 학위 과학 University of Nebraska 에서

학사 학위 과학 Texas A&M에서


I hold a Bachelor's degree in Meteorology from Texas A&M and a Master's degree from the University of Nebraska, where I focused on severe weather and storm tracking. I have years of storm chasing experience and regularly send out severe weather reports to clients with no prior weather knowledge.

I have previously taught weather-related topics in both classroom and online settings, helping students understand complex meteorological concepts in an engaging and accessible way. I am excited to share my knowledge and help students gain a deeper understanding of supercells and the science behind them.