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1.1 1831_Mechanics_2.1_(1D_Motion)
免 14:391.2 1832_Mechanics_2.2_(1D_Motion)
试 06:221.3 1833_Mechanics_2.3_(1D_Motion)
试 17:581.4 1834_Mechanics_2.4_(1D_Motion)
试 13:071.5 1835_Motion_in_a_Straight_Line_Crash_Course_Physics_#1
10:391.6 1836_Derivatives_Crash_Course_Physics_#2
10:011.7 1837_Integrals_Crash_Course_Physics_#3
10:081.8 1838_Intro_to_vectors_scalars_One_dimensional_motion_Physics_Khan_Academy
08:381.9 1839_Polar_coordinates_1_Parametric_equations_and_polar_coordinates_Precalculus_Khan_Academy
10:191.10 1840_Polar_coordinates_2_Parametric_equations_and_polar_coordinates_Precalculus_Khan_Academy
09:301.11 1841_Unit_vector_notation_Two_dimensional_motion_Physics_Khan_Academy
09:531.12 1842_Adding_and_subtracting_vectors
07:411.13 1843_Dot_vs._cross_product_Physics_Khan_Academy
10:451.14 1844_Mechanics_3.1_(Vectors)
19:041.15 1845_The_determinant_Essence_of_linear_algebra_chapter_6
10:021.16 1846_Mechanics_4.1_(2D_and_3D_Motion)
16:391.17 1847_Mechanics_4.2_(2D_and_3D_Motion)
23:181.18 1848_Vectors_and_2D_Motion_Crash_Course_Physics_#4
10:051.19 1849_Mechanics_5.1_(Forces_1)
15:361.20 1850_Mechanics_5.2_(Forces_1)
14:321.21 1851_Mechanics_5.3_(Forces_1)
20:541.22 1852_Mechanics_5.4_(Forces_2)
23:231.23 1853_Mechanics_5.5_(Example_Problems)
22:131.24 1854_Newton's_Laws_Crash_Course_Physics_#5
11:031.25 1855_Friction_Crash_Course_Physics_#6
10:581.26 1856_Mechanics_6.1_(Forces_2)
22:561.27 1857_Mechanics_6.2_(Forces_2)
13:171.28 1858_Uniform_Circular_Motion_Crash_Course_Physics_#7
09:531.29 1859_Mechanics_(Serway_7.1)
25:281.30 1860_Mechanics_(Serway_7.2)
18:501.31 1861_Mechanics_(Serway_7.3)
18:071.32 1862_Mechanics_(Serway_7.4)
28:031.33 1863_Mechanics_(Serway_8.1)
27:021.34 1864_Mechanics_(Serway_8.2)
15:301.35 1865_Mechanics_Chapter_8_Examples
20:341.36 1866_Mechanics_Chapter_9_1
13:511.37 1867_Mechanics_Chapter_9_2
20:171.38 1868_Mechanics_Chapter_9_3
26:291.39 1869_Mechanics_Chapter_10_1
25:211.40 1870_Mechanics_Chapter_10_2
19:341.41 1871_Mechanics_Chapter_10_3
20:581.42 1872_Mechanics_Chapter_10_4
19:441.43 1873_Mechanics_Chapter_10_5
25:571.44 1874_Mechanics_Chapter_11_1
17:521.45 1875_Mechanics_Chapter_11_2
13:291.46 1876_Laws_Causes
22:201.47 1877_Mechanics_Chapter_13_1
27:551.48 1878_Mechanics_Chapter_13_2
17:541.49 1879_Mechanics_Chapter_13_3
18:441.50 1880_Newtonian_Gravity_Crash_Course_Physics_#8
09:191.51 1881_Mechanics_Chapter_15_1
26:501.52 1882_Work_Energy_and_Power_Crash_Course_Physics_#9
09:541.53 1883_What_Physics_Teachers_Get_Wrong_About_Tides!_Space_Time_PBS_Digital_Studios
15:201.54 1774_(examples_only)_Understanding_Uniformly_Accelerated_Motion
01:581.55 1775_Derivative_Introduction
13:171.56 1776_The_Derivative_and_Uniformly_Accelerated_Motion_Equations
07:221.57 1777_The_Derivative_and_a_Demonstration_of_Position_Velocity_and_Acceleration
11:131.58 1778_Component_Unit_and_R_Position_Vectors
12:301.59 1779_Using_the_R_Position_Vector_to_find_Velocity_and_Acceleration
04:451.60 1780_Nerd_A_Pult_using_Unit_Vectors
05:511.61 1781_Nerd_A_Pult_#2_using_Unit_Vectors
09:311.62 1782_(Visuals_only)_Introduction_to_Relative_Motion_using_a_Quadcopter_Drone
02:471.63 1783_Using_Unit_Vectors_to_find_Acceleration_Mass_and_Velocity_of_3_Forces
09:271.64 1784_What_is_Terminal_Velocity_How_Do_We_Find_It
15:581.65 1785_Demonstrating_and_Solving_for_Drag_Coefficient
08:411.66 1786_Effects_of_Drag_Force_on_Free_Fall
12:331.67 1787_Deriving_Motion_Equations_with_Drag_Force
22:191.68 1788_Time_Constant_and_the_Drag_Force
17:551.69 1789_Work_as_the_Dot_Product
15:101.70 1790_Integral_Introduction_via_Work
18:301.71 1791_Work_done_by_a_Spring_Deriving_Elastic_Potential_Energy
09:261.72 1792_Work_Energy_Theorem_Example_Problem
06:101.73 1793_Conservative_Force_and_Potential_Energy
08:131.74 1794_Example_of_Energy_Transferred_Into_and_Out_of_a_System
14:501.75 1795_Power_and_Calculus
05:221.76 1796_Power_using_Derivative_and_Unit_Vectors_Example
10:261.77 1797_From_Power_to_Work_using_an_Integral_Example
04:531.78 1917_AP_Physics_C_Dot_Product
06:301.79 1918_AP_Physics_C_Cross_Product
12:231.80 1919_AP_Physics_C_Defining_Motion
11:531.81 1920_AP_Physics_C_2D_Motion
07:281.82 1921_AP_Physics_Projectile_Motion
20:061.83 1922_High_School_Physics_Relative_Motion
09:101.84 1923_AP_Physics_C_Newton_s_1st_Law_of_Motion
08:161.85 1924_High_School_Physics_Free_Body_Diagrams
10:411.86 1925_AP_Physics_C_Newton_s_2nd_Law_of_Motion
11:141.87 1926_High_School_Physics_Newton_s_3rd_Law
05:141.88 1927_High_School_Physics_Friction
12:151.89 1928_High_School_Physics_Ramps_and_Inclines
20:591.90 1929_AP_Physics_Atwood_Machines
06:281.91 1930_Physics_Retarding_and_Drag_Forces
18:311.92 1931_AP_Physics_C_Work
12:521.93 1932_AP_Physics_C_Potential_Energy_and_Conservative_Forces
13:011.94 1933_AP_Physics_C_Conservation_of_Energy
08:561.95 1934_AP_Physics_C_Power
09:581.96 1935_AP_Physics_C_Impulse_and_Momentum
06:001.97 1936_High_School_Physics_Conservation_of_Momentum
12:511.98 1937_AP_Physics_Collisions_in_Multiple_Dimensions
07:511.99 1938_AP_Physics_C_Center_of_Mass
18:171.100 1939_High_School_Physics_Centripetal_Acceleration
08:361.101 1940_High_School_Physics_Circular_Speed
03:411.102 1941_High_School_Physics_Centripetal_Force
06:331.103 1942_High_School_Physics_Frequency_and_Period
07:551.104 1943_High_School_Physics_Vertical_Circular_Motion
06:421.105 1944_AP_Physics_C_Rotational_Kinematics
19:541.106 1945_AP_Physics_C_Moment_of_Inertia
18:211.107 1946_AP_Physics_C_Torque
15:091.108 1947_AP_Physics_C_Rotational_Dynamics
32:231.109 1948_AP_Physics_C_Angular_Momentum
10:201.110 1949_AP_Physics_C_Conservation_of_Angular_Momentum
08:021.111 1950_AP_Physics_C_Simple_Harmonic_Motion
15:441.112 1951_AP_Physics_C_Springs
11:301.113 1952_AP_Physics_C_Pendulums
10:011.114 1953_AP_Physics_C_Gravity
14:041.115 1954_AP_Physics_C_Orbits
19:291.116 1955_AP_Physics_C_2015_Mechanics_FRQs
30:101.117 1956_AP_Physics_C_2016_Mechanics_Free_Response_Solutions
22:271.118 1957_AP_Physics_C_2017_Mechanics_Free_Response_Solutions
30:441.119 1958_AP_Physics_C_Mechanics_2018_Free_Response_Solutions
27:19