Page 1 (0s)
INCLINED PLANE. Members: Arquillano , Cyrus Robles, KC.
Page 2 (10s)
INTRODUCTION.
Page 3 (18s)
Introduction. Inclined Plane is a basic machine with a sloping surface that is used to raise heavy objects. When friction is taken into account, the force required to move an object up the slope is less the weight being raised. The closer the needed force approaches the actual weight, the steeper the slope or inclination..
Page 4 (42s)
DATA.
Page 5 (50s)
abstract. DATA. Given the mass of roller (m) - 10 g = 0.01 kg.
Page 6 (1m 4s)
abstract. DATA. Given the mass of roller (m) - 10 g = 0.01 kg.
Page 7 (1m 12s)
abstract. DATA. Given the mass of roller (m) - 10 g = 0.01 kg.
Page 8 (1m 20s)
QUESTIONS.
Page 9 (1m 29s)
abstract. QUESTIONS. 1. Compare the values of M1 (hanging mass when the roller goes DOWN the incline) with the values of M2 (hanging mass when the roller goes UP the incline).
Page 10 (1m 47s)
abstract. QUESTIONS. 9(0) sin O 0.342 0.5 0.643 0.766 0.866 0.342 0.5 0.643 0.866 0.342 0.5 0.643 0.766 0.866 Roller DOWN the incline 0.033kg 0.047kg 0.063kg 0.075kg 0.085kg 0.029kg 0.043kg 0.056kg 0-075kg 0.038kg 0.056kg 0.072kg 0.085kg 0.096kg Roller UP the incline— (kg) 0.034kg 0.048kg 0.064kg 0.076kg 0.086kg 0.030kg 0.044kg 0.057kg 0.067kg 0.076kg 0.039kg 0.057kg 0.073kg 0.086kg 0.097kg 2 0.0335kg 0.048kg 0.0635kg 0.0755kg 0.0855kg 0.0295kg 0.0435kg 0.0565kg 0.0665kg 0.0755kg 0.0385kg 0.0565kg 0.0725kg 0.0855kg 0.0965kg 0.98kg 0.096kg 0.099kg 0.099kg 0.099kg O. 86kg 0.087kg 0.088kg 0.087kg 0.087kg 0.113kg 0.113kg 0.113kg 0.112kg 0.111kg rn sin O 9.79 9.6 9.87 9.79 9.87 8.63 8.7 8.79 8.68 8.72 11.26 11.3 11.28 11.16 11.14.
Page 11 (2m 32s)
abstract. QUESTIONS. 9(0) sin O 0.342 0.5 0.643 0.766 0.866 0.342 0.5 0.643 0.866 0.342 0.5 0.643 0.766 0.866 Roller DOWN the incline 0.033kg 0.047kg 0.063kg 0.075kg 0.085kg 0.029kg 0.043kg 0.056kg 0-075kg 0.038kg 0.056kg 0.072kg 0.085kg 0.096kg Roller UP the incline— (kg) 0.034kg 0.048kg 0.064kg 0.076kg 0.086kg 0.030kg 0.044kg 0.057kg 0.067kg 0.076kg 0.039kg 0.057kg 0.073kg 0.086kg 0.097kg 2 0.0335kg 0.048kg 0.0635kg 0.0755kg 0.0855kg 0.0295kg 0.0435kg 0.0565kg 0.0665kg 0.0755kg 0.0385kg 0.0565kg 0.0725kg 0.0855kg 0.0965kg 0.98kg 0.096kg 0.099kg 0.099kg 0.099kg O. 86kg 0.087kg 0.088kg 0.087kg 0.087kg 0.113kg 0.113kg 0.113kg 0.112kg 0.111kg rn sin O 9.79 9.6 9.87 9.79 9.87 8.63 8.7 8.79 8.68 8.72 11.26 11.3 11.28 11.16 11.14.
Page 12 (2m 41s)
QUESTIONS. 2. Explain the difference between M1 and M2..
Page 13 (2m 52s)
QUESTIONS. 3. Compare the values of ?/〖? sin〗? between the different environments..
Page 14 (3m 4s)
abstract. QUESTIONS. 9(0) sin O 0.342 0.5 0.643 0.766 0.866 0.342 0.5 0.643 0.866 0.342 0.5 0.643 0.766 0.866 Roller DOWN the incline 0.033kg 0.047kg 0.063kg 0.075kg 0.085kg 0.029kg 0.043kg 0.056kg 0-075kg 0.038kg 0.056kg 0.072kg 0.085kg 0.096kg Roller UP the incline— (kg) 0.034kg 0.048kg 0.064kg 0.076kg 0.086kg 0.030kg 0.044kg 0.057kg 0.067kg 0.076kg 0.039kg 0.057kg 0.073kg 0.086kg 0.097kg 2 0.0335kg 0.048kg 0.0635kg 0.0755kg 0.0855kg 0.0295kg 0.0435kg 0.0565kg 0.0665kg 0.0755kg 0.0385kg 0.0565kg 0.0725kg 0.0855kg 0.0965kg 0.98kg 0.096kg 0.099kg 0.099kg 0.099kg O. 86kg 0.087kg 0.088kg 0.087kg 0.087kg 0.113kg 0.113kg 0.113kg 0.112kg 0.111kg rn sin O 9.79 9.6 9.87 9.79 9.87 8.63 8.7 8.79 8.68 8.72 11.26 11.3 11.28 11.16 11.14.
Page 15 (3m 49s)
abstract. QUESTIONS. m sin O 9.79 9.6 9.87 9.79 9.87 8.63 8.7 8.79 8.68 8.72 11.26 11.3 11.28 11.16 11.14.
Page 16 (4m 4s)
APPLICATION.
Page 17 (4m 12s)
APPLICATION. . abstract.
Page 18 (4m 25s)
APPLICATION. . abstract. GARBAGE TRUCK.
Page 19 (4m 34s)
APPLICATION. . abstract. SLIDE.