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[" The electrical resistance in ohms of a certain thermometer varies with temperature "],[" according to the approximate law: "],[qquad R=R_(0)[1+a(T-T_(0))]],[" The resistance is "101.6Omega" at the triple-point of water "273.16K," and "165.5Omega" at the "],[" normal melting point of lead "(600.5K)." What is the temperature when the resistance "],[" is "123.4Omega?]

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The electrical resistance in ohms of a certain thermometer varies with temperature according to the approximate law: R = R_(0) [1 + alpha (T - T_(0))] The resistance is 101.6 Omega at the triple-point of water 273.16 K , " and " 165.5 Omega at the normal melting point of lead (600.5 K) . What is the temperature when the resistance is 123.4 Omega ?

The electrical resistance in ohms of a certain thermometer varies with temperature according to the approximate law: R = R_(0) [1 + alpha (T - T_(0))] The resistance is 101.6 Omega at the triple-point of water 273.16 K , " and " 165.5 Omega at the normal melting point of lead (600.5 K) . What is the temperature when the resistance is 123.4 Omega ?

The electrical resistance in ohms of a certain thermometer varies with temperature according to the approximate law: R = R_(0) [1 + alpha (T - T_(0))] The resistance is 101.6 Omega at the triple-point of water 273.16 K , " and " 165.5 Omega at the normal melting point of lead (600.5 K) . What is the temperature when the resistance is 123.4 Omega ?

The electrical resistance in ohms of a certain thermometer varies with temperature ac cording to the approximate law: R =R_(0)[1+alpha(T-T_(0))] The resistances is 101.6 Omega at the triple-point of water 273.16K , and 165.5 Omega at the normal melting point of lead (600.5K) . What is the temperature when the resistance is 123.4 Omega ?

The electrical resistance in ohms of a certain thermometer varies with temperature ac cording to the approximate law: R =R_(0)[1+alpha(T-T_(0))] The resistances is 101.6 Omega at the triple-point of water 273.16K , and 165.5 Omega at the normal melting point of lead (600.5K) . What is the temperature when the resistance is 123.4 Omega ?

The electrical resistance in ohms of a certain thermometer varies with temperature according to the approximate law : R=R_(0)[1+alpha(T-T_(0))] The resitance is 101.6" "Omega at the triple-point of water 273.16 K, and 165.5" "Omega at the normal melting point of lead (600.5 K). What is the temperature when the resistance is 123.4" "Omega ?