Teach Pelajaran lab jarak jauh

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Pelajaran LabsLand Teach

Jelajahi aktivitas laboratorium jarak jauh publik untuk digunakan di kelas.

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502 pelajaran

502 pelajaran publik tersedia

STM32 Nucleo (Mbed)
  • STM32 Nucleo (Mbed)
  • 65 min
  • Upper secondary / introductory vocational electronics
  • English

STM32 Mbed CodeIDE (8/8): integrated controller capstone

Students combine analog input, button acknowledgement, RGB/status LED output, and serial evidence to build a small integrated STM32 controller.

  • Combine analog input, button input, RGB PWM output, a status LED, and serial evidence in one controller.
  • Use a test matrix to prove controller behavior one state at a time.

Termasuk pertanyaan siswa dan petunjuk jawaban.

STM32 Nucleo (Mbed)
  • STM32 Nucleo (Mbed)
  • 65 min
  • Elektronik vokasional menengah atas / pengenalan
  • Bahasa Melayu

STM32 Mbed CodeIDE (8/8): projek akhir pengawal bersepadu

Pelajar menggabungkan input analog, input butang, output RGB/LED status dan bukti bersiri untuk membina pengawal STM32 bersepadu yang ringkas.

  • Gabungkan input analog, input butang, output RGB PWM, status LED dan bukti bersiri dalam satu pengawal.
  • Gunakan matriks ujian untuk membuktikan tingkah laku pengawal satu keadaan pada satu masa.

Termasuk pertanyaan siswa dan petunjuk jawaban.

STM32 Nucleo (Mbed)
  • STM32 Nucleo (Mbed)
  • 65 min
  • Ensino médio / formação técnica introdutória em eletrônica
  • Português (Brasil)

STM32 Mbed CodeIDE (8/8): projeto final de controlador integrado

Os alunos combinam entrada analógica, reconhecimento pelo botão, saída RGB, LED de status e evidência serial para construir um pequeno controlador STM32 integrado.

  • Combine entrada analógica, entrada de botão, saída RGB PWM, um LED de status e evidência serial em um controlador.
  • Use uma matriz de teste para provar o comportamento do controlador, um estado por vez.

Termasuk pertanyaan siswa dan petunjuk jawaban.

STM32 Nucleo (Mbed)
  • STM32 Nucleo (Mbed)
  • 65 min
  • Secundaria (16–19 años)
  • Español

STM32 Mbed CodeIDE (8/8): proyecto final de controlador integrado

El alumnado combina entrada analógica, botón de confirmación, salida RGB/LED de estado y evidencia por consola serie para construir un controlador STM32 integrado.

  • Combinar entrada analógica, entrada de botón, salida PWM RGB, un LED de estado y evidencia serie en un controlador.
  • Usar una matriz de pruebas para demostrar el comportamiento del controlador estado por estado.

Termasuk pertanyaan siswa dan petunjuk jawaban.

STM32 Nucleo (Arduino)
  • STM32 Nucleo (Arduino)
  • 50 min
  • Grade 10-12 / introductory vocational electronics
  • English

STM32 with Arduino API (1/4): first blink

Students use STM32 CodeIDE with the Arduino API to write setup() and loop(), blink a real output, and document compile/upload evidence.

  • Write a minimal Arduino sketch for an STM32 board.
  • Distinguish the code that prepares the board from the code that repeats.

Termasuk pertanyaan siswa dan petunjuk jawaban.

STM32 Nucleo (Arduino)
  • STM32 Nucleo (Arduino)
  • 60 min
  • Grade 10-12 / introductory vocational electronics
  • English

STM32 with Arduino API (4/4): mini-controller

Students combine potentiometer input, decisions, RGB/LED output, and serial evidence to build a compact STM32 Arduino mini-controller.

  • Design a mini-controller with input, decision, output, and manual mode.
  • Choose and justify a threshold using real readings.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Radioactiviteit
  • Radioactiviteit
  • 80 min
  • Natuurkunde in de bovenbouw van het voortgezet onderwijs; ongeveer 16-18 jaar
  • nl

Stralingsintensiteit en afstand

Meet hoe het aantal gedetecteerde pulsen verandert met de afstand en toets een omgekeerd kwadratisch model.

  • Herhaalde metingen corrigeren voor achtergrondstraling.
  • Een omgekeerd kwadratisch verband toetsen met een grafiek tegen 1/r².

Termasuk pertanyaan siswa dan petunjuk jawaban.

Thermographic Camera
  • Thermographic Camera
  • 12 min
  • Senare delen av grundskolans tidigare år / början av högstadiet, 9–13 år
  • sv

Takdetektiver: hitta den dolda ledtråden

Ett vanligt innertak har en ledtråd om temperatur. Upptäck den med en riktig värmekamera, välj var du vill undersöka och skilj belägg från en gissning.

  • Hitta en temperaturrelaterad ledtråd i en riktig värmekamerainspelning.
  • Skilja en observation från en möjlig förklaring som behöver fler belägg.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Plant Tissues
  • Plant Tissues
  • 60 min
  • Biologia do Ensino Médio
  • Português (Brasil)

Tecidos vegetais: caules de monocotiledôneas e dicotiledôneas ao microscópio

Os estudantes usam o laboratório remoto de Tecidos Vegetais para comparar caules de monocotiledônea e dicotiledônea herbácea, identificar feixes vasculares e defender uma classificação com imagens reais de microscopia.

  • Abrir o laboratório de Tecidos Vegetais e selecionar a coleção Botânica agrícola.
  • Comparar um caule de monocotiledônea e um caule de dicotiledônea herbácea em 4x, 10x e 40x.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Tejidos Vegetales
  • Tejidos Vegetales
  • 60 min
  • Secundaria (15–17 años)
  • Español

Tejidos vegetales: tallos mono/dicot al microscopio

El alumnado usa el laboratorio remoto de Tejidos Vegetales para comparar tallos de monocotiledónea y dicotiledónea, identificar haces vasculares y defender una clasificación con evidencias reales.

  • Abrir el laboratorio de Tejidos Vegetales y seleccionar la colección Botánica agrícola.
  • Comparar un tallo de monocotiledónea y un tallo de dicotiledónea herbácea usando 4x, 10x y 40x.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Materials
  • Materials
  • 75 min
  • Introductory university
  • English

Tensile Testing: strength and ductility from a real materials lab

Students use the Materials remote lab to observe a tensile test, interpret force-displacement evidence, identify elastic and plastic regions, and compare strength and ductility without inventing unsupported material data.

  • Explain what a tensile test measures and what it does not measure by itself.
  • Identify elastic response, plastic deformation, maximum force, and fracture from lab evidence.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Camera nhiệt
  • Camera nhiệt
  • 12 min
  • Cuối tiểu học / đầu trung học cơ sở, 9–13 tuổi
  • Tiếng Việt

Thám tử trần nhà: tìm manh mối ẩn

Một trần nhà bình thường có manh mối về nhiệt độ. Dùng camera nhiệt thật để tìm ra, chọn nơi cần tìm hiểu và phân biệt bằng chứng với phỏng đoán.

  • Xác định một manh mối liên quan đến nhiệt độ trong bản ghi từ camera nhiệt thật.
  • Phân biệt điều quan sát được với một cách giải thích có thể đúng nhưng cần thêm bằng chứng.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Snell's Law (II)
  • Snell's Law (II)
  • 32 min
  • Upper primary to lower secondary
  • English

The Mystery of the Broken Straw

Solve an everyday mystery by comparing how light passes through water at 0° and 60° in the remote lab.

  • Visually predict which path light will follow when it enters water.
  • Qualitatively compare the beam in water at 0° and at 60°.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Acid Base Titration II
  • Acid Base Titration II
  • 30 min
  • Ages 11–13
  • English

The Perfect Pink Challenge

A 25–35 minute mission: use a chemical alarm and stop a titration using visual evidence.

  • Explain why a liquid's appearance is not enough to identify its chemical properties.
  • Use an indicator colour change as the signal to stop the drops.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Boyle's Law
  • Boyle's Law
  • 35 min
  • middle to upper secondary science
  • English

The PV constant challenge

Use five real pressure-volume pairs to decide whether one multiplication rule remains consistent throughout a full syringe compression.

  • Collect five selected pressure-volume pairs from the 60 mL run.
  • Calculate PV in consistent units for each selected pair.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Thermographic Camera
  • Thermographic Camera
  • 22 min
  • Upper primary / early secondary
  • English

The thermal camera's hidden clue

Look at real computer equipment through a thermal camera, find a warmer-looking area, and explain what the image reveals.

  • Compare two areas in one thermal image using its displayed scale.
  • Identify a thermal image as a temperature-related picture, not the objects' visible colours.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Thermal Expansion
  • Thermal Expansion
  • 55 min
  • High school physics / chemistry
  • English

Thermal Expansion: comparing metals with real video evidence

Students use the Thermal Expansion remote lab to compare aluminum, copper, and brass, then separate direct observations from model-based claims.

  • Use the linear expansion model to predict how materials should compare.
  • Use the remote lab to observe at least two material runs.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Tisu Tumbuhan
  • Tisu Tumbuhan
  • 60 min
  • Biologi sekolah menengah atas
  • Bahasa Melayu

Tisu tumbuhan: batang monokot dan dikot di bawah mikroskop

Pelajar menggunakan makmal jauh Tisu Tumbuhan untuk membandingkan batang monokot dan batang dikot herba, mengenal pasti berkas vaskular dan mempertahankan pengelasan dengan bukti mikroskop sebenar.

  • Membuka makmal Tisu Tumbuhan dan memilih koleksi Botani pertanian.
  • Membandingkan batang monokot dan batang dikot herba pada 4x, 10x dan 40x.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Acid Base Titration III
  • Acid Base Titration III
  • 60 min
  • High school chemistry / upper secondary science
  • English

Titration III: find the concentration of an unknown HCl solution

Students run the Acid Base Titration III remote lab hands-on — controlling the titrant flow, watching pH and colour respond, and judging the endpoint themselves — then read the burette and use the 1:1 reaction to find an unknown hydrochloric acid concentration, with attention to uncertainty.

  • Explain what a titration measures and why catching the endpoint is the key skill.
  • Run the remote titration hands-on: add the titrant with the faucet and drop-by-drop controls and watch pH and colour respond.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Acid-Base Titration I
  • Acid-Base Titration I
  • 60 min
  • High school chemistry / upper secondary science
  • English

Titration: endpoint, stoichiometry, and uncertainty

Students use the Acid-Base Titration remote lab to estimate an endpoint, calculate titratable/equivalent acidity with the guide's 1:1 model, and justify uncertainty from real pH-volume data.

  • Identify titrant, analyte, indicator, endpoint, and equivalence-point evidence in a titration.
  • Use the remote lab to collect or cite pH-volume rows around the endpoint.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Acid Base Titration III
  • Acid Base Titration III
  • 60 min
  • Ensino Médio / química do Ensino Médio
  • Português (Brasil)

Titulação III: determinar a concentração de um HCl desconhecido

Os estudantes realizam a titulação no laboratório remoto Acid Base Titration III de forma prática: controlam o fluxo do titulante, observam como o pH e a cor respondem, decidem o ponto final por conta própria e depois leem a bureta e usam a reação 1:1 para encontrar a concentração de um ácido clorídrico desconhecido, considerando a incerteza.

  • Explicar o que uma titulação mede e por que acertar o ponto final é a habilidade principal.
  • Realizar a titulação remota de forma prática: adicionar o titulante com a torneira e gota a gota, observando como o pH e a cor respondem.

Termasuk pertanyaan siswa dan petunjuk jawaban.

Acid-Base Titration I
  • Acid-Base Titration I
  • 60 min
  • Química do Ensino Médio
  • Português (Brasil)

Titulação: ponto final, estequiometria e incerteza

Use o laboratório remoto de Titulação Ácido-Base para estimar o ponto final, calcular a acidez titulável/equivalente pelo modelo 1:1 do guia e justificar a incerteza com dados reais de pH e volume.

  • Identificar titulante, analito, indicador, ponto final e evidências do ponto de equivalência em uma titulação.
  • Usar o laboratório remoto para coletar ou citar linhas de pH e volume próximas ao ponto final.

Termasuk pertanyaan siswa dan petunjuk jawaban.