lec 2-1 - engineering fundamentals program · 2014. 2. 3. · 1. solve for t in terms of x x—xo...

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Page 1: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

Lec 2-1

lectures Page 1

Page 2: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

lectures Page 2

Page 3: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

lectures Page 3

Page 4: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

lectures Page 4

Page 5: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

lectures Page 5

Page 6: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

lectures Page 6

Page 7: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

lectures Page 7

Page 8: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

lectures Page 8

Page 9: Lec 2-1 - Engineering Fundamentals Program · 2014. 2. 3. · 1. Solve for t in terms of x x—xo (vo cost)) 2. Substitute into y motion and simplify sin cos cos time to O cos2 0

lectures Page 9