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Gunakan simulasi PhET 'Vector Addition' untuk memahami konsep penjumlahan dan pengurangan vektor. Siswa bekerja dalam kelompok kecil untuk menyelesaikan lembar kerja yang melibatkan:
1. Menggambar vektor dengan magnitude dan arah tertentu
2. Menjumlahkan dua atau lebih vektor
3. Membandingkan hasil perhitungan manual dengan simulasi
Waktu: 45 menit

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Explore vectors in 1D or 2D, and discover how vectors add together. Specify vectors in Cartesian or polar coordinates, and see the magnitude, angle, and components of each vector. Experiment with vector equations and compare vector sums and differences.

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Siswa menggunakan aplikasi kompas digital untuk mencari 'harta karun' di sekitar sekolah menggunakan petunjuk berbasis vektor. Mereka harus:
1. Mengikuti arah dan jarak yang diberikan dalam bentuk vektor
2. Mencatat setiap perpindahan dalam bentuk vektor
3. Menghitung resultan perpindahan total
Waktu: 60 menit

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Menggunakan software Tracker atau aplikasi analisis gerak untuk menganalisis gerakan atlet dalam video olahraga. Siswa akan:
1. Mengidentifikasi vektor kecepatan dan percepatan
2. Menghitung magnitude dan arah vektor
3. Membuat presentasi tentang analisis mereka
Waktu: 90 menit

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Siswa membuat program sederhana menggunakan Python untuk:
1. Menghitung hasil penjumlahan dan pengurangan vektor
2. Menampilkan vektor dalam bentuk grafis
3. Membuat kalkulator vektor sederhana
Waktu: 90 menit

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Menggunakan simulator drone online untuk memahami aplikasi vektor dalam navigasi. Siswa akan:
1. Merencanakan rute menggunakan vektor
2. Mengeksekusi penerbangan berdasarkan perhitungan
3. Menganalisis perbedaan antara rute yang direncanakan dan aktual
Waktu: 45 menit

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GeoFS is a flight simulator with a global environment generated from satellite images and digital geographic data. You can run it for free in your web browser without anything to install, subscribe to worldwide HD aerial images (suitable for VFR flight) or install the available mobile Apps.
Dedicated plans for schools or businesses are available with GeoFS PRO

Aerial  Free 10 meter global satellite imagesHD imagery on subscription.

 Massively multiplayer

 Navigation charts with 40,000 referenced runways

cell_tower Radio Navigation (GPS, ADF, VOR, NDB, DME)

 ADS-B (real-life) commercial traffic in real-time

 Runs on Windows, Mac, Linux, Mobile (iOS, Android)

 30 available aircraft (+ community contributed)

 Configurable or real-time weather (METAR) wind, turbulences, thermals, ridge lift, clouds, precipitations, fog

GeoFS is using Cesium, a virtual globe framework (just like Google Earth) that provides worldwide photo-realistic landscape.

GeoFS is available for free with global standard resolution (10 meters per pixel) satellite images.

Or it can be enhanced with a HD subscription to fly over high resolution, photo-realistic landscape. (Microsoft Bing Maps aerial images).

GeoFS HD is particularly suitable for VFR practice as it makes easy to spot landmarks, roads and other small details used for navigation.

Take a look at the screenshot gallery for more examples.

Learn more about GeoFS HD here. You can try GeoFS HD for free, for one day.

Day/Nights cycles can be set manually or naturally based on location

PAPI and Runway lights are available on major runways to help with approach.

The location presets offers to fly directly to places of interest,

or you can just search for any location and be instantly placed at the right spot.

The map also provides everything required for navigation with air space, traffic, navaids and about 40,000 runways for take-off/approach.

You can fly absolutely anywhere in the world.

GeoFS is a real flight simulator and provides a realistic physics engine.

Flight dynamics is based on the laws of physics and simulate lift, drag and stall on all aircraft surfaces as you fly. Controls and instruments are simplified to make everything easier, even without any experience.

Aircraft have been tweaked to match real-life performance.

Instruments, are accurate and functional and all the newest GeoFS aircraft are equipped with a virtual cockpit.

Weather data is retrieved from openweathermap.org, and processed to generate real-life atmospheric conditions at your current location

Ridge lift is modeled so it is possible to practice soaring with the available gliders.

Some aircraft are fitted with an autopilot.

launch Open full page map

Multiplayer allows you to fly together with other pilots.

Once logged-in with a Google or Facebook account, it is also possible to chat with other pilots.

A list of connected pilots offers to join anyone in flight.

Real-life commercial traffic may be visible around you. ADS-B transponder data is fetched from opensky-network.org and used to populate GeoFS skies.

For detailed instructions about this flight simulator, please visit the Instruction Page

Here are the basic controls:

+ and - keys to set throttle

0 to 9 to set throttle directly: 9 being full throttle and 0 being idle

Mouse can be used as a yoke

As you gain some speed, pull gently (mouse down) on the stick to take off

Press K to fly with the keyboard. Press M to fly with the mouse

Press C to cycle through all the camera modes

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GeoFS is a free flight simulator using global satellite images and running in your web browser or as a mobile app. Realistic and multiplayer, GeoFS provides real-life commercial traffic (ADS-B) and local weather conditions wherever you fly in the world.

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Siswa membuat infografis digital menggunakan Canva atau tools serupa untuk menjelaskan:
1. Aplikasi vektor dalam kehidupan sehari-hari
2. Contoh-contoh vektor di berbagai bidang
3. Tips dan trik menyelesaikan soal vektor
Waktu: 60 menit

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Menggunakan Kahoot! atau Quizizz untuk kompetisi antar kelompok tentang vektor. Konten meliputi:
1. Konsep dasar vektor
2. Operasi vektor
3. Aplikasi vektor dalam kehidupan
4. Pemecahan masalah vektor
Waktu: 30 menit

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Menggunakan simulasi online untuk eksperimen virtual tentang hubungan vektor dan gaya. Siswa akan:
1. Mengukur gaya dalam berbagai arah
2. Menghitung resultan gaya
3. Membuat laporan eksperimen digital
Waktu: 45 menit

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Menggunakan MindMeister atau Coggle untuk membuat peta konsep digital tentang vektor. Siswa mencakup:
1. Definisi dan karakteristik vektor
2. Jenis-jenis operasi vektor
3. Aplikasi dalam kehidupan nyata
4. Hubungan dengan konsep fisika lainnya
Waktu: 45 menit

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Siswa membuat video pendek (3-5 menit) menggunakan software editing video untuk menjelaskan:
1. Konsep vektor dengan cara kreatif
2. Demonstrasi aplikasi vektor dalam kehidupan sehari-hari
3. Tips mengerjakan soal vektor
Waktu: 120 menit (termasuk persiapan)