10-59. What is the total declination interpolation   correction? 1. 10.7' 2. 20.5' 3. 23.0' 4. 26.3' 10-60. What is the Hc (Tab)? 1. 42°27.3' 2. 41°38.1' 3. 40°48.5' 4. 40°44.4' 10-61. What is the Hc (Comp)? 1.    41°16.0' 2. 41°18.0' 3. 41°17.6' 4. 41°15.7' 10-62. What  is  the  intercept? 1. 22.4  miles  away 2. 22.4  miles  towards 3. 16.2  miles  away 4. 16.2  miles  towards 10-63.    What is the Zn? 1. 139.2° 2. 139.5° 3. 138.4° 4. 140.2° Figure  10-G IN  ANSWERING  QUESTIONS  10-64  THROUGH  10-70 REFER TO FIGURE 10-G. FIGURE 10-G PERTAINS TO A CELESTIAL FIX OBTAINED BY THE INTERSECTION OF THREE LINES OF POSITIONS. FIGURE 10-G SHOWS HOW (UNDER IDEAL CONDITIONS) A FIX CAN BE OBTAINED DURING THE DAYTIME BY OBSERVING THE SUN. MOON, AND VENUS. THE SIZE OF THE RESULTING TRIANGLE HAS BEEN ENLARGED IN RELATION TO THE REST OF THE DIAGRAM STRICTLY  FOR  ILLUSTRATIVE  PURPOSES. 10-64. 10-65. 10-66. 10-67. 10-68. 10-69. 10-70. What do points A, B, and C represent? 1. Known  positions 2. Assumed  positions 3. Altitude   intercepts 4.    Azimuth   intercepts What line represents the true azimuth  of  a  celestial  body? 1. B-D 2.    E-G 3.    H-I 4. S-T An altitude intercept is represented  by  what  line? 1.    A-N 2.    C-H 3.    K-J 4.    S-T An advanced line of position is represented  by  what  lines? 1.    B-D and C-H 2. D-F and H-I 3. E-G and L-M 4. K-J and S-T The 1530 fix should be indicated as being at what point? 1. W 2. X 3. Y 4. Z Which line of position, if any, did NOT need to be advanced? 1.    Moon 2. Sirius 3. Venus 4.    None If a celestial fix results in a small  triangle  the  fix  should  be marked in the center. 1. True 2. False 65