Dalam permainan sepak bola, lemparan ke dalam dilakukan apabila bola keluar dari garis batas samping lapangan. Berdasarkan gambar, hasil lemparan terjauh dilakukan seperti pada gambar nomor a.1 b.2 c.3 d.4
Answer (4)
Well, 0.1 is actually less than 0.7, but I understand what you're asking.
The coefficient of friction describes the relationship between two surfaces that are sliding by each other. The higher the coefficient of friction is, the 'rougher' the meeting is, and the harder it is for one to slide over the other. A skate blade against ice has a very low coefficient of friction. Sandpaper against blue jeans has a high coefficient of friction.
A higher coefficient of friction means that when one thing is sliding over the other one, friction robs more energy from the motion. It's harder to push one thing over the other one, and when you let go, the moving one slows down and stops sooner.
Air resistance is actually an example of friction. It prevents falling things from falling as fast as they would if there were no air. The coefficient of friction when something moves through air is pretty low. If the same object were trying to move through molasses or honey, the coefficient of friction would be greater.
Friction robs energy, and turns it into heat. So, especially in machinery with moving parts, we want to make the coefficient of friction between the moving parts as small as possible. That's what the OIL in a car's engine is for.
If the coefficient of a fraction is greater, than the overall fraction is greater than 1. In your example you misspelled fraction wrong, and gave an incorrect example which momentarily confused me, but 0.1/0.7 is a fraction where the numerator/coefficient is smaller than the one on the bottom, or the denominator. So the overall fraction is less than 1. Hope this helps!
A higher coefficient of friction means more resistance between two surfaces, making it harder to slide one over the other. For example, a coefficient of 0.1 means the surfaces slide easily, while 0.7 indicates significant resistance. This concept is important in understanding everyday interactions and applications like driving and machinery performance.
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Untuk menjawab pertanyaan tentang lemparan ke dalam dalam permainan sepak bola dan hasil lemparan terjauh berdasarkan gambar nomor, biasanya diperlukan gambar yang menyertai soal tersebut. Namun, karena gambar tidak tersedia di sini, saya akan menjelaskan prinsip umum terkait lemparan ke dalam yang menghasilkan lemparan terjauh. Prinsip lemparan ke dalam dalam sepak bola:- Lemparan dilakukan dengan kedua tangan di belakang kepala, kedua kaki di tanah, dan bola dilempar dari belakang kepala ke arah lapangan.- Agar lemparan bisa lebih jauh, posisi dan sudut lemparan sangat penting.- Biasanya, sudut lemparan sekitar 30–45 derajat memberikan jarak lemparan maksimal.- Posisi tubuh yang baik, kekuatan lengan, dan teknik lemparan juga memengaruhi jarak lemparan.Jawaban berdasarkan pilihan (a.1 b.2 c.3 d.4):Karena gambar tidak tersedia, saya tidak bisa menentukan nomor gambar yang tepat. Namun jika Anda bisa mengirimkan atau menjelaskan posisi atau teknik pada nomor gambar tersebut, saya dapat membantu menganalisis dan memilih jawaban yang tepat.
