Fichas

This worksheet explores the definitions of kinematics terms such as distance, displacement, speed, velocity, and acceleration, as well as their equations.

Complete all questions.

Sikahkan isi refleksi berikut ini setelah mengikuti proses pembelajaran.

Analyze the diagrams presented to answer the following questions.

Do not forget to write your name on top of the worksheet and answer each question.

Học sinh chọn đáp đúng, và trả lời câu tự luận

Answer the following exercises regarding "Unit Conversion" and "Scientific Notation". Use two 2 significant figures after the decimal point when needed.

You have to use one significant figure before the decimal point for the "Scientific Notation" results.

try to edit directly

điền vào chỗ trống

Điền vào chỗ trống

Điền vào chổ trống

Bài tập điền khuyết

Hãy điền vào chỗ trống ( phần 3 chấm )

ayok berlatih

Fill in the missing spaces.

• Goal: Measure the distance between two points (spots) and record the time taken for simulated motion.
• Total Duration: 45 minutes (Set-up: 10 minutes, Experimentation: 25 minutes, Discussion: 10 minutes)
• Procedure and Data Collection
  • Step 1. Formulate your hypothesis. Discuss with your group and come up with a question about the relationship between distance and displacement, displacement and velocity, and velocity and acceleration in your simulated motion scenario.
  • Step 2. Select your scenario. Choose one of the provided scenarios (e.g., a car moving from point A to B, a person walking or running).
  • Step 3. Measure Distance. Measure the distance between two places using Google Earth, considering the two methods:
    • • Ruler - select the start and end point.
      • Add polygon - select start point, follow streets until end point is reached.
  • Step 4. Simulate Motion. Record the time taken for simulated motion using Google Maps.
  • Step 5. Record Data. Fill out the data sheet with the distance measured in two methods, time taken, and calculate:
    • velocity = d/t
    • displacement (if applicable): identify direction
• • Step 5. Calculate Acceleration. If your scenario involves a change in speed, calculate acceleration using the formula: a=Δv/ Δt​
  • Step 6. Discuss Findings. As a group, discuss your results, reflect on your hypothesis, and answer questions on the data sheet regarding your findings.

N/A

ធ្វើកិច្ចការដោយយកចិត្តទុកដាក់

physics

TRẢ LỜI NHANH TRÊN PHIẾU TƯƠNG TÁC QUÉT MÃ QR

JBVHLKL

kerjakan

Complete the table with the correct base quantities and units, including their symbols.

Fill in your answers in the spaces provided. 

label the main components of heat engine