Integrals With Only Even Powers � cos 2 xdx
Integrals With Only Even Powers � cos 2 xdx Here we need to use the trig identity:
Integrals With Only Even Powers � cos 2 xdx Here we need to use the trig identity: � 1 + cos θ cos θ 2 = 2
Integrals With Only Even Powers � cos 2 xdx Here we need to use the trig identity: � 1 + cos θ cos θ 2 = 2 If we make x = θ 2 , we have that:
Integrals With Only Even Powers � cos 2 xdx Here we need to use the trig identity: � 1 + cos θ cos θ 2 = 2 If we make x = θ 2 , we have that: � 1 + cos 2 x cos x = 2
Integrals With Only Even Powers � cos 2 xdx Here we need to use the trig identity: � 1 + cos θ cos θ 2 = 2 If we make x = θ 2 , we have that: � 1 + cos 2 x cos x = 2 And if we square both sides:
Integrals With Only Even Powers � cos 2 xdx Here we need to use the trig identity: � 1 + cos θ cos θ 2 = 2 If we make x = θ 2 , we have that: � 1 + cos 2 x cos x = 2 And if we square both sides: cos 2 x = 1 + cos 2 x 2
Integrals With Only Even Powers So, we replace in our integral:
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � cos 2 xdx =
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � � cos 2 xdx =
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � cos 2 xdx = 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � cos 2 xdx = dx 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � cos 2 xdx = dx = 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � =
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 = 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 = 2 dx +
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � = 2 dx +
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x = 2 dx + 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x = 2 dx + dx 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x dx = 1 = 2 dx + 2 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � dx = 1 = 2 dx + 2 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � dx = 1 = 2 dx + dx + 2 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � dx = 1 dx + 1 = 2 dx + 2 2 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � � dx = 1 dx + 1 = 2 dx + 2 2 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � � dx = 1 dx + 1 = 2 dx + cos 2 x 2 2 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � � dx = 1 dx + 1 = 2 dx + cos 2 xdx 2 2 2
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � � dx = 1 +1 = 2 dx + cos 2 xdx dx 2 2 2 � �� � x
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � � dx = 1 +1 = 2 dx + cos 2 xdx dx 2 2 2 � �� � x = x 2+
Integrals With Only Even Powers So, we replace in our integral: cos 2 x = 1 + cos 2 x 2 � 1 + cos 2 x � � 1 � � 2 + cos 2 x cos 2 xdx = dx = dx 2 2 � 1 � cos 2 x � � dx = 1 +1 = 2 dx + cos 2 xdx dx 2 2 2 � �� � x � = x 2 + 1 cos 2 xdx 2
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution:
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: u =
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: u = 2 x
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: u = 2 x ,
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx =
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 x 2+
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 x 2 + 1 2
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � x 2 + 1 2
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � x 2 + 1 cos u 2
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du cos u . 2 2 dx
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du cos u . dx 2 2 dx
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du ✚ cos u . dx ✚ ✚ 2 2 dx ✚
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du ✚ cos u . dx ✚ ✚ 2 2 dx ✚ = x 2+
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du ✚ cos u . dx ✚ ✚ 2 2 dx ✚ 2 + 1 = x 4
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du ✚ cos u . dx ✚ ✚ 2 2 dx ✚ � = x 2 + 1 4
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � 2 + 1 x du ✚ cos u . dx ✚ ✚ 2 2 dx ✚ � = x 2 + 1 cos u 4
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � 2 + 1 x du ✚ cos u . dx ✚ ✚ 2 2 dx ✚ � = x 2 + 1 cos udu 4
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du ✚ cos u . dx ✚ ✚ 2 2 dx ✚ � = x 2 + 1 cos udu 4 � �� � sin u
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du ✚ cos u . dx ✚ ✚ 2 2 dx ✚ � = x 2 + 1 cos udu = x 4 2
Integrals With Only Even Powers � x 2 + 1 cos 2 xdx 2 We solve this integral by substitution: du u = 2 x , dx = 2 � 1 � � x 2 + 1 du ✚ cos u . dx ✚ ✚ 2 2 dx ✚ � = x 2 + 1 cos udu = x 4 2
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