2. You decide to use the Endpoints method of linearization to linearize a Type K thermocouple curve between 1000C and 1050. A screen shot of the data points from the www.NIST.gov web site is shown below. What do you calculate for the y intercept of the line using the Endpoints method in millivolts? (Type in a 4-decimal number.) 1000 41.276 41.315 41.354 41.393 41.431 41.470 41.509 41.548 41.587 41.626 41.665 1000 1010 41.665 41.704 41.743 41.781 41.820 41.859 41.898 41.937 41.976 42.014 42.053 1010 1020 42.053 42.092 42.131 42.169 42.208 42.247 42.286 42.324 42.363 42.402 42.440 1020 1030 42.440 42.479 42.518 42.556 42.595 42.633 42.672 42.711 42.749 42.788 42.826 1030 1040 42.826 42.865 42.903 42.942 42.980 43.019 43.057 43.096 43.134 43.173 43.211 1040 1050 43.211 43.250 43.288 43.327 43.365 43.403 43.442 43.480 43.518 43.557 43.595 1050 1060 43.595 43.633 43.672 43.710 43.748 43.787 43.825 43.863 43.901 43.940 43.978 1060 1070 43.978 44.016 44.054 44.092 44.130 44.169 44.207 44.245 44.283 44.321 44.359 1070 1080 44.359 44.397 44.435 44.473 44.512 44.550 44.588 44.626 44.664 44.702 44.740 1080 1090 44.740 44.778 44.816 44.853 44.891 44.929 44.967 45.005 45.043 45.081 45.119 1090 C 0 1 2 3 4 5 6 7 8 9 10 C -1.4240 Incorrect You know the slope m and the average values xbar and ybar from the previous problem. The y intercept b is calculated using the formula for b in the least end points method. X refers to temperature and y refers to voltage. Refer to Course 4, Module on Sensor Characterization, Video on "Linearization", minutes 4-12