Soon after reading Najak's first few posts here I trotted off to the Apollo 14 Lunar Surface Journal, went past the links to the Journal, paged down to Background Material, and clicked on the fourth link, Image Library, did a quick search for "flag", and got 25 hits.
Plain text below has their full details and a lot of information, such as the azimuth the US flag points to.
Usually I would include links, so I apologise to other members for not including them, but I'm trying to encourage Najak to do his own research. Just like I did. :-)
Hits 1 to 7 are in training photos before the mission and the remainder are on the moon, but hit 25 is not of the US flag, it's the little red geophone/thumper anchor flag at the ALSEP site. So the most useful hits are numbers 8 to 24, and the handy thing about them is that all the photos are on roll 66.
Note that below we are told five times to look at the discussion following 131:09:18 in the Journal. It's good advice, because it has 11 paragraphs about flag azimuth changes, depressurisations and all sorts of other fascinating stuff. The link in the Image Library sends us direct to 131:09:18 but the discussion is a little further down between 131:09:46 and 131:10:48.
Hit 1
S70-46153 ( 237k or 989k)
Al Shepard photographs Ed Mitchell and the flag during indoor EVA training. The S-band antenna is just beyond Ed. July 1970. Research by J.L. Pickering.
Hits 2 & 3
70-H-1119 ( 128k )
Al Shepard pulls the top of the U.S. flag taut. The top of the flag has a hem shown on so that it will slip onto a telescoping crossbar that will hold it out on the airless moon. Al may checking to make sure the crossbar is fully extended. Note the dirt-filled box at the lower right into which Shepard will plant the staff. 28 August 1970. Scan by J.L Pickering.
Hit 4
S70-53483 ( 148k )
Al Shepard practices the flag deployment in the KC-135. 4 November 1970. Scan by J.L. Pickering.
Hits 5 & 6
KSC-70P-503 ( 136k )
Ed Mitchell (left) pushes the lower section of the flagstaff into some lunar soil simulant inside the Training Building at the Cape. Al Shepard (right) walks toward him, apparently completing extension of the telescoping crossbar at the top of the flag. The MET can be seen in the plus-Y footpad beyond the S-Band antenna. 8 December 1970. Scan by Kipp Teague.
Hit 7
APOLLO14-KSC-NOID ( 120k )
Ed Mitchell (left) goes toward the LM mockup while Al Shepard works with the telescoping crossbar at the top of the flag. Scan by J. L. Pickering.
Hit 8
AS14-66-9231 (OF300) ( 88k or 720k )
114:44:02 Down-Sun Al at the U.S. flag. S-Band antenna shadow, Ed's shadow, the LM shadow. Al's OPS antenna is up.
Hits 9-11
AS14-66-9232 (OF300) ( 85k or 707k )
114:44:39 This is one of two tourist pictures of Al Shepard taken after deployment of the U.S. flag. Before taking this series, they turned the flag so that it was face on to the 16-mm DAC mounted on the MET. After they finished taking these three tourist pictures, they turned the flag so it was face on to the TV camera. See a discussion following 131:09:18.
At this point Ed passed the camera to Al Shepard. Note that unlike on Apollo 11 and Apollo 12 there are no pictures of the LMP descending the ladder.
Hit 12
AS14-66-9233 (OF300) ( 89k or 732k )
114:45:46 Down-Sun portrait of Ed at the U.S. flag. Note that the top flap of the strap-on pocket on his left thigh is open and we can see the Velcro strips on the inside suface that mate with corresponding strips on the front of the pocket to keep the top flap secure.
Hits 13 & 14
AS14-66-9257 (OF300) ( 96k or 806k )
Looking west-southwest, the last picture in this pan shows the S-Band antenna and the flag directly behind it. Towards the right side of the picture, the glare of the Sun at its zero phase point washes out many of the details of the surface. The flag is pointing on a azimuth of about 120. See a discussion following 131:09:18.
Hits 15 & 16
AS14-66-9276 (OF300) ( 172k or 900k )
Rightward of 9275, LM shadow, ladder, U.S. flag, S-Band antenna shadow. The LRRR (Laser Ranging Retro-Reflector) is in the west footpad, waiting for Al to carry it out to the ALSEP deployment site. By illuminating the LRRR with laser pulses and measuring the time of return, experimenters on Earth can accurately measure the distance between their telescope and the LRRR and, over time, do such marvelous things as test Einstein's theory of General Relativity and look for evidence of crustal motions in the Moon. To the right of the LRRR, we see a second ALSEP package. Notice the craters to the West and North that Al narrowly avoided. The flag is full face to the TV camera, pointing on an azimuth of about 120. See a discussion following 131:09:18.
Hit 17
AS14-66-9303 (OF300) ( 86k or 659k )
Rightward of 9302, showing Ed, the U.S. flag, the S-Band antenna.
Hit 18
AS14-66-9304 (OF300) ( 136k or 917k )
Up-Sun, but without a great deal of glare, perhaps because part of the LM shadow may be falling on Al's camera lens. Without the sun glare, we can see some detail on the Cone Crater ridge. Flag, S-Band antenna, ladder, the LRRR in the west footpad.
Hit 19
AS14-66-9305 (OF300) ( 125k or 881k )
114:57:20 Similar to 9304. Up-Sun from Al's 12 o'clock pan taken near the LM at the start of EVA-1. There is relatively little glare, perhaps because part of the LM shadow may be falling on Al's camera lens. Without the Sun glare, we can see some detail on the Cone-Crater ridge. Flag, S-Band antenna, ladder, the LRRR in the west footpad.
Hits 20 & 21
AS14-66-9324 (OF300) ( 181k or 1102k )
119:42:01 Leftward from 9323. This frame was taken out Ed's window between the two EVAs at about 20:45 GMT/UTC on 5 February 1971, and shows the flag and the MET at the LM between the EVAs. Note that, in addition to parking the MET in the shadow of the S-Band antenna, as per checklist they have put the S-Band cover on it. Good footprint and tire track definition. The flag is face-on to the TV camera, pointing on an azimuth of about 120. The Sun's elevation was about 16.4 degrees. See a discussion following 131:09:18.
Hits 22-24
AS14-66-9338 (OF300) ( 115k or 759k )
Ed Mitchell took this splendid picture after he and Al Shepard jettisoned the PLSSs in preparation for launch. Of particular interest are the tracks made by the crew and the MET during the traverse to the ALSEP deployment site and during the return to the LM. Apollo 17 astronaut Jack Schmitt speculates that the descent plume sweeps away the fine particles of soil, leaving a surface dominated by small rock fragments that reflect sunlight from the down-Sun direction and make the surface look lighter in color than normal. In places where the surface is disturbed, the normal reflectivity of the surface is restored. Whatever the detailed explanation for this phenomenon, it is related to the fact that, from orbit, the area immediately surrounding a LM looks noticeably lighter in color. The ALSEP Central Station is about 180m from the LM. Note the excursions the crew made around the rimless crater in the foreground and the large depression in the middle distance that they traversed in both directions. Without the visual clues provided by the tracks, the depression is not easy to pick out in this down-Sun photo. Note that the flag is now pointing on an azimuth of about 335 and undoubtedly moved from it prior pointing of about 120 as a result of the cabin depressurization done for the jettison. See a discussion following 131:09:18.
Journal Contributor Yuri Krasilnikov has created a comparison between 9338, a 16-mm frame taken before the pre-launch RCS hot-fire check and a frame following the hot-fire check. Although the orientation of the first two images are different because of camera mounting, the flag orientation relative to, say, the PLSS, is the same. The final frame shows the result of the large flag motion during the hot-fire check. Krasilnikov also calls attention a difference in the orientation of the access flap on the flap shown as it was before the hot-fire check, closeest to the LM in a detail from 9338.
Hit 25
AS14-67-9376 (OF300) ( 190k or 1233k )
117:24:33 Geophone/thumper anchor flag, mortar pack, Central Station, CPLEE, and assorted packing material.