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The problem in the image asks to determine the resultant force of five vectors (forces), each with a magnitude of 1000 kg, arranged graphically as shown in the diagram. It uses a scale of 1 cm = 200 kg.

### Here's the approach to solve it:

1. **Understanding the Directions and Magnitudes:**
   Each of the vectors (denoted \( K_1, K_2, K_3, K_4, K_5 \)) originates from point \( S \). Their directions are different, and each represents a force of 1000 kg.

2. **

Tentukan Resultan dari lima buah gaya masing-masing 1000 kg yang bekerja secara grafis (Gambar 1). Skala: 1 cm = 200 kg.

Learn how to determine the resultant of five forces, each 1000 kg, using vector addition and a graphical method with a scale of 1 cm = 200 kg. This problem involves vector resolution and the Pythagorean theorem, suitable for high school students studying physics and vector forces.

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