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a) The law of motion of a small body of mass m, in free fall on an inclined plane is y = 0.5t (m/s*). What is the acceleration a of the body? b) We attach the mass m, to a larger mass m2 (m2 > m) by a rope that passes through a pulley of negligible mass so that the system forms an Atwood Machine on the same inclined plane, as shown in Figure 1. The law of motion of m; is y = 0.05t (m/s). What is the common acceleration az of m, and m,? c) We add a mass m = 1 kg to the body of mass m2 and the law of motion of mz + m becomes y = 0.2t2 (m/s). What is the common acceleration az of m, and m; + m? d) What are the values of the masses m, and m2?

a) The law of motion of a small body of mass m, in free fall on an inclined plane is y = 0.5t (m/s*). What is the acceleration a of the body? b) We attach the mass m, to a larger mass m2 (m2 > m) by a rope that passes through a pulley of negligible mass so that the system forms an Atwood Machine on the same inclined plane, as shown in Figure 1. The law of motion of m; is y = 0.05t (m/s). What is the common acceleration az of m, and m,? c) We add a mass m = 1 kg to the body of mass m2 and the law of motion of mz + m becomes y = 0.2t2 (m/s). What is the common acceleration az of m, and m; + m? d) What are the values of the masses m, and m2?

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Otomatik Kaydet BỐI (1... - P Ara Oğızhan Yalçınoğlu Dosya Giriş Ekle Tasarım Düzen Başvurular Posta Gönderileri Gözden Geçir Yardım Tablo Tasarımı 3 Paylaş P Açıklamalar Görünüm Düzen O Ara - Değiştir A Seç v X Kes Cambria - 12 - A A AaççĞgH AaççĞgih AaççĞğHh AaççĞğl AaÇ AaççĞğH Aa v B Kopyala S Biçim Boyacısı Yapıştır KIA V ab 三== 、 1 Normal 1 Aralık Yok Dikte Duyarlılık Düzenleyici X. x A - P A v Başlık 1 Başlık 2 Konu Başlı. Altyazı Pano Yazı Tipi Paragraf Stiller Dūzenleme Ses Duyarlılık Düzenleyici 3. 3 sayra var. ner soruyu kenai kutusunaa cevapiayın. inglizce cevap vermelisın. a) The law of motion of a small body of mass m, in free fall on an inclined plane is y = 0.5t2 (m/s?). What is the acceleration a of the body? pulley b) We attach the mass m, to a larger mass m2 (m, > m,) by a rope that passes through a pulley of negligible mass so that the system forms an Atwood Machine on the same inclined plane, as shown in Figure 1. The law of motion of m2 is y = 0.05t2 (m/s2). What is the common acceleration az of m, and m2? cord m,gsing m.gsing c) We add a mass m = 1 kg to the body of mass m2 and the law of motion of m2 + m becomes y = 0.2t2 (m/s2). What is the common acceleration az of m, and m2 + m? Figure 1 d) What are the values of the masses m, and m2? Answer: a) a = b) a, = c) a2 = d) Sayfa 1/3 624 sözcük Dodak %100 20:55 Aramak için buraya yazın 14.12.2020 < | > | 1> |
Transcribed Image Text:Otomatik Kaydet BỐI (1... - P Ara Oğızhan Yalçınoğlu Dosya Giriş Ekle Tasarım Düzen Başvurular Posta Gönderileri Gözden Geçir Yardım Tablo Tasarımı 3 Paylaş P Açıklamalar Görünüm Düzen O Ara - Değiştir A Seç v X Kes Cambria - 12 - A A AaççĞgH AaççĞgih AaççĞğHh AaççĞğl AaÇ AaççĞğH Aa v B Kopyala S Biçim Boyacısı Yapıştır KIA V ab 三== 、 1 Normal 1 Aralık Yok Dikte Duyarlılık Düzenleyici X. x A - P A v Başlık 1 Başlık 2 Konu Başlı. Altyazı Pano Yazı Tipi Paragraf Stiller Dūzenleme Ses Duyarlılık Düzenleyici 3. 3 sayra var. ner soruyu kenai kutusunaa cevapiayın. inglizce cevap vermelisın. a) The law of motion of a small body of mass m, in free fall on an inclined plane is y = 0.5t2 (m/s?). What is the acceleration a of the body? pulley b) We attach the mass m, to a larger mass m2 (m, > m,) by a rope that passes through a pulley of negligible mass so that the system forms an Atwood Machine on the same inclined plane, as shown in Figure 1. The law of motion of m2 is y = 0.05t2 (m/s2). What is the common acceleration az of m, and m2? cord m,gsing m.gsing c) We add a mass m = 1 kg to the body of mass m2 and the law of motion of m2 + m becomes y = 0.2t2 (m/s2). What is the common acceleration az of m, and m2 + m? Figure 1 d) What are the values of the masses m, and m2? Answer: a) a = b) a, = c) a2 = d) Sayfa 1/3 624 sözcük Dodak %100 20:55 Aramak için buraya yazın 14.12.2020 < | > | 1> |
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