A 2.0 meter long Aluminum wire (R = 0.44m $A 2.0 meter long Aluminum wire (R = 0.44m P= 2.82 × 10-8 -m, \alpha = 4.29 × 10-3C-1) is connected in series to an 8.0 meter long Tungsten wire (R = 0.20m P= 5.6 × 10-8 -m, \alpha = 4.5 × 10-3C-1). What is the resistance of the combination if the wire is heated to 150.° C? Assume the initial temperature for both wires is room temperature (20°C) A) 0.78 m B) 0.69 m C) 0.88 m D) 1.00 m E) 0.64 m$ P= 2.82 × 10^-8 11eea3e1_9524_0969_97f4_7b1899809f65_TB9720_11-m,

\alpha

= 4.29 × 10^-3C^-1) is connected in series to an 8.0 meter long Tungsten wire (R = 0.20m 11eea3e1_dfc9_619a_97f4_13087e0a6d77_TB9720_11P= 5.6 × 10^-8 11eea3e1_dfc9_619a_97f4_13087e0a6d77_TB9720_11-m,

\alpha

= 4.5 × 10^-3C^-1). What is the resistance of the combination if the wire is heated to 150.° C? Assume the initial temperature for both wires is room temperature (20°C)
A) 0.78 m11eea3e1_dfc9_619a_97f4_13087e0a6d77_TB9720_11
B) 0.69 m11eea3e1_dfc9_619a_97f4_13087e0a6d77_TB9720_11
C) 0.88 m11eea3e1_dfc9_619a_97f4_13087e0a6d77_TB9720_11
D) 1.00 m11eea3e1_dfc9_619a_97f4_13087e0a6d77_TB9720_11
E) 0.64 m11eea3e1_dfc9_619a_97f4_13087e0a6d77_TB9720_11

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