χ = Cos[λ t / 2] + I (ω + ω1 Cos[α]) λ Sin[λ t / 2] E , I ω1 Sin[α] λ Sin[λ t

χ =  ��[λ � / �] + � �� (ω + ω� ��[α]) ��[λ � / �] �-� ω �/� � λ � ω� ��[α] ��[λ � / �] �� ω �/�  // �� λ �� ⅇ- � ⅈ�ω �� �λ  � ⅈ (ω+ω� ��[α]) �� + � �  λ ⅈ�ω ⅈⅇ �λ ω� ��[α] �� �λ �  λ �=�� ��[α]� ��[α] �-� ω � �  ��[α] �� ω � � - ��[α] // �� [α] �� ⅇⅈ � ω � ��[α] �� ⅇ-ⅈ � ω � ��[α] �� [α] �� (� � �[χ� �]) //� λ → ��ω� + ω�� + � ω ω� ��[α]� ω� → - � ��(��χ) //� λ → ��ω� + ω�� + � ω ω� ��[α]� ω� → � � �  // ��  // �� (� � �[χ� �] - ��χ) //� λ → ��ω� + ω�� + � ω ω� ��[α]� ω� → - �  // � �� ⅇ - � � ⅈ�ω � -ⅈ � � �� � � � �� +ω� - � � � ω ��[α] � �� +��[α] � �� +ω� - ��ⅇ � � ��[α] �� � � �� ⅈ�ω � � � ω ��[α] �� +ω� - �� � � �� +ω - � � � ω ��[α] +ⅈ � ω �� � � � � � � ω ��[α] � ⅈ ω �� � +ω� - � � � ω ��[α] � � � �� +ω� - � � � ω ��[α] � �� + �� +ω� -  � � � ω ��[α] � �� ⅇ - � � ⅈ�ω � ⅈ � � �� � � � �� +ω� + � � � ω ��[α] � �� +��[α] � �� +ω� + ��ⅇ � � ��[α] �� � � � � �� ⅈ�ω � � � ω ��[α] �� +ω� + �� � � � �� +ω + � � � ω ��[α] � � � � + ��  �  � � � � ω ��[α] � +ⅈ � ω �� � �� +ω� + � � � ω ��[α] ⅈ ω �� � �� +ω� + � � � ω ��[α] �� +ω� + � � � � ω ��[α] �  � � � � 2 �� homework-10.nb �� χ /� ��[α] → ��� - ��α� � ��[α] → ��α� ω� → - � �� ⅇ - � � ⅇ - ⅈ�ω � � ⅈ�ω � � � λ → ��ω� + ω�� + � ω ω� ��� - ��α� � {��α� �� } �� � � � (ω + ω�)  + � � ω ω� �� �� (ω + ω�)�  � +ⅈ - � �/� ⅈ�ω ⅈ��ⅇ � �� �[��α] � � �� + � (ω + ω�)  � � + ω ω� �� ω� + � ω ω� + ω�� (ω + ω�)�  ��α � (ω + ω�)� � � (ω + ω�)�  � + (ω + ω�) � ω - (ω + ω�)� � ω - ⅈ (- � � + � ω) �� � �� + ω ω� �� (ω + ω�)� �� � � � + �[��α]�  � � � (ω + ω�)�  + ω� + � ω ω� + ω�� (ω + ω�)�  ��α� +

χ = Cos[λ t / 2] + I (ω + ω1 Cos[α]) λ Sin[λ t / 2] E , I ω1 Sin[α] λ Sin[λ t

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χ = Cos[λ t / 2] + I (ω + ω1 Cos[α]) λ Sin[λ t / 2] E , I ω1 Sin[α] λ Sin[λ t

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