On Monday, June 10, 2019 at 4:40:54 PM UTC-7, Hägar wrote:

*** ...The trick was to get the
2.4 foot plate's focal point focused on the radar antenna near Houston,
which is extremely difficult to do. Once they had the plate aligned, the
signal bounce was near perfect, resulting in the data I mentioned earlier..

Almost correct, Hagar. The plates left on the moon during Apollo missions 11, 14 and 15 were retroreflectors, and they don't have focal points...

https://en.wikipedia.org/wiki/Retroreflector

"Retroreflectors are devices that operate by returning light back to the light source along the same light direction."

This means that they didn't need to be precisely aimed back to Houston because they return a signal to wherever it originated. In fact, from my link in my last post, we read...

"Successful lunar laser range measurements to the retroreflectors were first reported by the 3.1 m telescope at Lick Observatory, Air Force Cambridge Research Laboratories Lunar Ranging Observatory in Arizona, the Pic du Midi Observatory in France, the Tokyo Astronomical Observatory, and McDonald Observatory in Texas."

I've been present in the McDonald Observatory in Texas when this experiment was conducted, in 2007, and it was a real thrill... I knew the technician who actually performed it and he invited me and several friends along that night. They had an actual retroreflector there as a hands-on teaching device, and 3 of us surrounded it with red laser pointers, and we all aimed them at the device, and each of our beams came back straight to the individual lasers in our hands... it was so cool... you could walk around while pointing your laser at it and the return beam would just follow you around. It is really a very simple device.

Of course a dingbat like you wouldn't understand the science involved, so
I'll just let you rant and rave about the Moon Landing Hoax to your gay
heart's and your feeble brain's content.

Well, I guess you sure told her... but I'll guess that she isn't particularly teachable...