Statement: spiral galaxy has the second highest declination ( j2000 ) in the list

Input Table: list of ngc objects (5001 - 6000)

Step 1: f_add_column(declination value)
ngc number object type constellation right ascension ( j2000 ) declination ( j2000 ) apparent magnitude
5408 irregular galaxy centaurus 14h03 m21.0s degree22′44″ 14.0
5457 spiral galaxy ursa major 14h03 m12.5s degree20′53″ 8.7
5466 globular cluster boötes 14h05 m27.4s degree32′04″ 10.5
5474 spiral galaxy ursa major 14h05 m01.5s degree39′45″ 11.9
5477 irregular galaxy ursa major 14h05 m33.1s degree27′40″ 14.5

Step 2: f_select_row(row 1, row 3)
ngc number object type constellation right ascension ( j2000 ) declination ( j2000 ) apparent magnitude declination value
5408 irregular galaxy centaurus 14h03 m21.0s degree22′44″ 14.0 degree22′44″
5457 spiral galaxy ursa major 14h03 m12.5s degree20′53″ 8.7 degree20′53″
5466 globular cluster boötes 14h05 m27.4s degree32′04″ 10.5 degree32′04″
5474 spiral galaxy ursa major 14h05 m01.5s degree39′45″ 11.9 degree39′45″
5477 irregular galaxy ursa major 14h05 m33.1s degree27′40″ 14.5 degree27′40″

Step 3: f_select_column(object type, declination ( j2000 ))
ngc number object type constellation right ascension ( j2000 ) declination ( j2000 ) apparent magnitude declination value
5457 spiral galaxy ursa major 14h03 m12.5s degree20′53″ 8.7 degree20′53″
5474 spiral galaxy ursa major 14h05 m01.5s degree39′45″ 11.9 degree39′45″

Step 4: simple_query()
object type declination ( j2000 )
spiral galaxy degree20′53″
spiral galaxy degree39′45″

Prompting LLM for the final answer... >>>


Prediction: NO