apa yang terjadi jika spi mesin tidak beraturan (cms)

That completely depends on all sizes and all directions of all of the vectors that combined to produce the resultant one.

Answered by AL2006 | 2024-06-10

It depends. I do not know if you are adding vectors in 1D, 2D or even 3D. In 1D: its direction is along the x axis if its positive, otherwise it is in the opposite direction In 2D: its direction is along the x or y axis if its component is positive, otherwise it is in the opposite direction In 3D: its direction is along the x, y or z axis if its component is positive, otherwise it is in the opposite direction

Answered by mashenka | 2024-06-10

The direction of a resultant vector is found by summing the horizontal and vertical components of all individual vectors. You can determine the angle of the resultant vector using trigonometric functions. The angle gives you the overall direction of the resultant in a coordinate system.
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Answered by AL2006 | 2024-12-26

Jika SPI (Sistem Pengapian Injeksi) mesin tidak beraturan dalam konteks CMS (Condition Monitoring System) atau Control Management System, maka yang terjadi bisa sangat serius, tergantung pada jenis mesin dan aplikasinya.⸻ Kemungkinan akibat SPI tidak beraturan: 1. Pembakaran tidak optimalCampuran bahan bakar dan udara tidak terbakar tepat waktu → menyebabkan mesin brebet, tenaga hilang, atau bahkan engine knocking. 2. Emisi gas buang meningkatPembakaran tidak sempurna menghasilkan karbon monoksida lebih tinggi → buruk untuk lingkungan dan bisa gagal uji emisi. 3. Kerusakan komponen mesinKetukan (knocking) dan overheat bisa mempercepat keausan piston, klep, dan silinder. 4. Mesin susah dinyalakan atau mati mendadakJika sinyal SPI acak, timing pengapian kacau, mesin bisa mogok atau idle tidak stabil.⸻ Kesimpulan:SPI mesin yang tidak stabil dalam sistem CMS = pengapian tidak sinkron → menyebabkan penurunan performa, efisiensi, dan umur mesin.

Answered by rapipap27 | 2025-07-11