Consider the thermocouple properties you found in the question "Temperature of a thermocouple (1/3) " Using a Laplace transform, what is the transfer function for the thermocouple (TC) linking the change in the output T to the change in the temperature of its surroundings Ts ? Assume ideal conditions (no gradients in the TC bead, no conduction in the leads). a. T(s))/(Ts(s)=1/(15s+1) b. T(s))/(Ts(s)=1/(40s+1) c. T(s))/(Ts(s)=1/(200s+1) d. T(s))/(Ts(s)=1/(0.025s+1) Consider the thermocouple properties you found in the question "Temperature of a thermocouple (1/3) " Using a Laplace transform, what is the transfer function for the thermocouple (TC) linking the change in the output T to the change in the temperature of its surroundings Ts ? Assume ideal conditions (no gradients in the TC bead, no conduction in the leads). a. T(s))/(Ts(s)=1/(15s+1) b. T(s))/(Ts(s)=1/(40s+1) c. T(s))/(Ts(s)=1/(200s+1) d. T(s))/(Ts(s)=1/(0.025s+1)