RB98SS,
I am guessing that you are interested in those bullets to produce light loads. If so, your faster powders ("AA5, Universal, and Bullseye") are your best bets. Lee's manual lists:
200 gr lead bullet in 44 sp case:
Universal 5.5 start
6.5 max vel = 960 press = 12,900 CUP
AA5 6.4 start
7.4 max vel = 959 press = 14,000 CUP
200 gr lead bullet in 44 mag case:
Universal 6.8 start
7.8 max vel = 1045 press = 15,400 CUP
If you really want to shoot them faster, say at 44 mag velocities for 200 gr jacketed bullets, then you will want to start with your slower powders "Blue Dot, 2400, H110, AA9, N110". The web site you linked says these bullets are "rated to 1600 fps." But, I would not expect to get there without a lot of leading and probably excessive pressure. Jacketed bullet pressures for loads of that velocity are in the 35,000 PSI range and higher. Lead bullets will typically go faster than jacketed bullets at the same pressure UP TO THE POINT WHERE THE PRESSURE EXCEEDS THE COMPRESSIVE STRENGTH OF THE LEAD ALLOY used to make the bullet. At that point, pressures can increase rapidly as the charge weight is increased. If these bullets are cast from typical wheel weight alloy, they are probably good to pressures no higher than about 25,000 psi. In strong guns like your Model 29, you can find out where to stop working up the charge by looking for the accuray decrease that is usually apparent when the lead alloy compressive strength is exceeded. But, be careful working up charges for these particular bullets, because the bevel base design does not lend itself to accuracy in high-intensity loadings. If you don't find reasonable accuracy at modest loads, don't just keep adding powder and look for really bad groups to change to awful groups. Exceeding the alloy's compressive strength may not be apparent under those circumstances.
Lyman's Cast Bullet Handbook (1980) lists:
200 gr (VERY DIFFERENT GC) cast bullet in 44 mag cases:
Blue Dot 15.8 start vel = 1062 press = 22,800 CUP
19.8 max vel = 1363 press = 36,800 CUP
2400 19.0 start vel = 991 press = 20,400 CUP
24.0 max vel = 1314 press = 34,600 CUP
Even these starting loads are actully pretty hot and are for lineotype alloy, which is a little harder than water-quenched wheel weight alloy. So don't expect to get much over these starting loads, much less anywhere near the these maxes. You can actually start lower than these start loads with these two powder, and that is probably a good idea.
Be careful and have fun.
SL1