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Thus to the observer (x,t) who moves at the steady speed calong the positivwe xaxis, the function f is stationary Thus to an observer moving from left to right at the speed c, the signal described initially by f(x)att= 0 remains unchanged in form as tincreases, ie, f propagates to the right at the speed c Similarly gpropagates to the left. Ea S P ac , T C P c W R B a M Sa , A ca R a a T a a B A c a. The Kawasaki C2 (previously XC2 and CX) is a midsize, twinturbofan engine, long range, high speed military transport aircraft developed and manufactured by Kawasaki Aerospace CompanyIn June 16, the C2 formally entered service with the Japan Air SelfDefense Force (JASDF) There are ongoing efforts to sell it overseas to countries such as New Zealand and the United Arab Emirates.

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345 Þ 8 R Ò à K g 4 k ³ B ® ¬ ® ¬ « ­ ® ¾ ­ © Î!. Electromagnetic energy flow the rate at which energy flows through a surface S is GG given by P = ∫ S da ⋅ S Useful Math Cartesian Gradient ∇t = ∂ t xˆ ∂ t yˆ ∂ t zˆ ∂ x ∂ y ∂ z Divergence ∇ ⋅ v z G = ∂ vx ∂ vy ∂ v ∂ x ∂ y ∂ z G ∂ vy ∂ v Curl ∇ × v = (x x ∂ vz ∂ vy ) xˆ ( ∂ v ∂ vz ) yˆ ( − )zˆ ∂ y ∂ z ∂ z ∂ x ∂ x. N u c Y @ c A C x g u z K ΐV ԉΑ ƐM B ӍՁI v y z @ @ @ @ 쌧 z K S x m x m Ԓn.

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X p C e v ̌ V b v B X p C e s O p ̃e s O e v łȂ A ^ \ ͌ ̃X c X p b c A ɃT ^ A C A 퐶 E X c E p i Ƃ Ă p ł 鏤 i ̔ B T C g r r k128bit ɑΉ V b s O J g ̗p Ă ܂ B e l ͈Í ꑗ M ܂ B S Ă y ݂ B. H$Î0 _ \ S ~ r K Z c > m b Ð ¡ H Q#Ý C T I 8 Ð ¡ b W _ 6 Î ± å ² K r M \2e 8 Û å É @!I ~ « µ ³ @ ° ~ r M H$Î0 @) ~ r K S } Ì g L Î ± å ² K Z Ð ¡ ) W Z C T I 8 r M >8ª 8 8 S K r M Q c 4Ä Ü2( q b& 1 I O Z 8 S T A r M > m b2( q _ @ 6 c. Thus to the observer (x,t) who moves at the steady speed calong the positivwe xaxis, the function f is stationary Thus to an observer moving from left to right at the speed c, the signal described initially by f(x)att= 0 remains unchanged in form as tincreases, ie, f propagates to the right at the speed c Similarly gpropagates to the left.

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First, recall that (d/dt) t^t = t^t (1 ln t) via logarithmic differentiation Let y = t^t ==> ln y = t ln t Differentiate both sides (1/y) dy/dt = 1 ln t ==> dy/dt = y(1 ln t) = t^t (1 ln t)Remembering that z is a function of x, differentiate both sides with respect to x (x^x (1 ln x)) * y^y * z^z x^x y^y * z^z (1 ln z. T R Ú þ ó X Ã S × Ý õ þ Å þ ó X 6 ­ 9 6 ¯ þ \ × Ý Â õ þ Å þ ó X 6 ­ ® þ \ ß h õ þ Å þ ó X \ × Ý ( õ þ Å þ ó X 6 ­ 9 6 ° þ \ a 9 Z 5 ^ × Ý ´ Õ X % M 0 V B i 4 \ 4 × Ý C x g 4 z B P Ò 5 ö » C ã ³ Ø × W ¯ ± F 8 ´ F 8 ´ j k m ¥ q 4 ± ó X ~ X Ö a 9 Ò é B R Ò C Z 5 ^ ×. H s ՂƂ C x g @ Y p L _ ސ쌧 s 撆 ێq1317 U E R X M ^ 23.