PLEASE USE THE CORRECT VALUES PROVIDED IN THE QUESTION, I HAVE GOT 4 ANSWERS OF DIFFERENT VALUES. THANKYOU!

A closed traverse was run from A to B, then C and back to A, with radiations made at B and C to Y and X respectively. The diagram below shows the reduced observations made at A and B and the field notes recorded when the theodolite was set up at C. When the distances were observed at C, the tape was placed on evenly sloping ground and the appropriate vertical angle observed. Reduce the field notes made at C, in the spaces on the booking sheet. Horizontal Angle ABC observed at Bis 63-29-30. Horizontal Angle ABY observed at Bis 186-15-00 Horizontal Distance B-C is 28.540 Horizontal Distance B-Y is 6.75 X 29 Y Not to scale NB. Bringar shown in the forma --- REDUCE THESE OBSERVATIONS MADE AT POINT TO COMPLETE THE TRAVERSE TABLE. HORIZONTAL ANGLES TARGET Face Left Face Right Mean Station C Reduced Mean B A 00-00-00 55-30-40 202-27-00 179-59-20 235-29-40 22-25-00 Arimuth of traverse AB 26-26-40 Coordinates of A are 200.000 E, 300.000 N VERTICAL ANGLES Observed TARGET Face Vertical Circle Vertical Angle Mean Vertical Angle Observed Distance Horizontal Angle CAB observed at A is 60-58-30. Horizontal Distance A-Bis 26.915 A 29.317 FL FR FL FR 94-53-00 265-09-20 93-26-30 266-32-30 X 10.458 Calculate the angular misclose and the adjusted bearings of all the traverse lines and radiations. Angular Misclose of traverse Bearing of B-C Bearing of C-A Bearing of B-Y Bearing of C-X Traverse Close Complete the traverse table to find the linear misclose, proportional accuracy of the traverse, the coordinates of all points and the bearing and distance of the line X-Y. A E LINE Adjusted Bearing Horiz. Dist AN N(+) SO) E) W. CO-ORD E 200.000 INATES N 300.000 A-B B-C PT. B A Misclose Linear Misclose Proportional Accuracy Radiations Transcribe the coordinates you have calculated for C and B above, to these tables so you can calculate the coordinates of the radiated points. Adjusted Bearing Horiz. Dist LINE E) AN N+ SO) CO-ORD E INATES N PT. C-X Adjusted Bearing Horiz. Dist W AN N =) SO CO-ORD E INATES N LINE PT. B Y B-Y Missing Line Calculation Transcribe the coordinates calculated from the radiation tables to this table to find the missing bearing and distance. Horiz. A E E (=) W LINE CO-ORDINATES E N AN N(+) SO) Bearing Dist PT. X A closed traverse was run from A to B, then C and back to A, with radiations made at B and C to Y and X respectively. The diagram below shows the reduced observations made at A and B and the field notes recorded when the theodolite was set up at C. When the distances were observed at C, the tape was placed on evenly sloping ground and the appropriate vertical angle observed. Reduce the field notes made at C, in the spaces on the booking sheet. Horizontal Angle ABC observed at Bis 63-29-30. Horizontal Angle ABY observed at Bis 186-15-00 Horizontal Distance B-C is 28.540 Horizontal Distance B-Y is 6.75 X 29 Y Not to scale NB. Bringar shown in the forma --- REDUCE THESE OBSERVATIONS MADE AT POINT TO COMPLETE THE TRAVERSE TABLE. HORIZONTAL ANGLES TARGET Face Left Face Right Mean Station C Reduced Mean B A 00-00-00 55-30-40 202-27-00 179-59-20 235-29-40 22-25-00 Arimuth of traverse AB 26-26-40 Coordinates of A are 200.000 E, 300.000 N VERTICAL ANGLES Observed TARGET Face Vertical Circle Vertical Angle Mean Vertical Angle Observed Distance Horizontal Angle CAB observed at A is 60-58-30. Horizontal Distance A-Bis 26.915 A 29.317 FL FR FL FR 94-53-00 265-09-20 93-26-30 266-32-30 X 10.458 Calculate the angular misclose and the adjusted bearings of all the traverse lines and radiations. Angular Misclose of traverse Bearing of B-C Bearing of C-A Bearing of B-Y Bearing of C-X Traverse Close Complete the traverse table to find the linear misclose, proportional accuracy of the traverse, the coordinates of all points and the bearing and distance of the line X-Y. A E LINE Adjusted Bearing Horiz. Dist AN N(+) SO) E) W. CO-ORD E 200.000 INATES N 300.000 A-B B-C PT. B A Misclose Linear Misclose Proportional Accuracy Radiations Transcribe the coordinates you have calculated for C and B above, to these tables so you can calculate the coordinates of the radiated points. Adjusted Bearing Horiz. Dist LINE E) AN N+ SO) CO-ORD E INATES N PT. C-X Adjusted Bearing Horiz. Dist W AN N =) SO CO-ORD E INATES N LINE PT. B Y B-Y Missing Line Calculation Transcribe the coordinates calculated from the radiation tables to this table to find the missing bearing and distance. Horiz. A E E (=) W LINE CO-ORDINATES E N AN N(+) SO) Bearing Dist PT. X