Lab-3 Dynamics Lab Report

Physics I Laboratory Faculty of Science, Ontario Tech University Lab Report PhyI-03: Dynamics Laws Student’s name__Kailash Nair__CRN__42337__Date__2023/10/19__ Glider mass: 0.190 kg; Hanger mass: 0.005 kg In Tables 1 and 2 below, M is the mass of the glider with or without extra masses; m is the mass of the hanger with any extra masses on it. Constant Net Force Table 1 Run M , kg m , kg Total mass, M + m , kg Acceleration, experiment a e , m/s 2 Acceleration, theory a t , m/s 2 % difference, 100%∙| a t - a e |/ a t #1 0.190 0.007 0.197 0.351 0.348 0.862 #2 0.290 0.007 0.297 0.223 0.231 3.46 #3 0.390 0.007 0.397 0.161 0.172 6.39 Net force, mg : 0.0686(N) Constant Mass Table 2 Run M , kg m , kg Net force mg , N Acceleration, experiment a e , m/s 2 Acceleration, theory a t , m/s 2 % difference, 100%∙| a t - a e |/ a t #4 0.210 0.007 0.0686 0.327 0.326 0.307 #5 0.200 0.017 0.166 0.805 0.767 4.95 #6 0.190 0.027 0.264 1.25 1.21 3.31 Total mass, M+m : 0.217 (kg) Linear Momentum, Impulse and Force on Glider Table 3 Run Force on glider T e , experiment, N Force on glider T t , theory, N % difference, 100%∙| T e - T t |/ T t #4 0.065 0.068 4.41 #5 0.164 0.153 7.19 #6 0.235 0.230 2.17 Compare the force on the glider values in Table 3 with net force values in Table 2 Kinetic and Potential Energy Table 4 Run Kinetic energy change  K , kg  m 2 /s 2 Distance  l , m Work done W = T e  l , kg  m 2 /s 2 % difference, 100%∙| Δ K - W |/ Δ K #4 0.0135 0.210 0.0137 1.48 #5 0.0401 0.218 0.0358 10.7 #6 0.0781 0.302 0.0710 10 Lab Report PhyI-03: Dynamics Laws