Prior to permanent RTK base stations, why were $2$ units required?

Why is it important to usually collect multiple epochs on stations

with the rover in RTK$?$

Note RTK allows one to collect based on a point position stored at

a base station.

No control exists on a job. How would you get "good" coordinates on a

base station using raw data collection?

What would you have to do in the office to get "good" coordinates on

the rover coordinates?

Two control stations $1$ and $2$ exist on a site. In the morning point $1$ was

used as a base then in the afternoon point $2$ was used. What do you expect

in terms of coordinate reliability if some rover positions in the a$.$m$.$ were

revisited in the p$.$m$.$

There is no backsight in RTK stakeout. In a point stakeout what

replaces forward$/$back$/$left$/$right total station stakeout?

Line stakeout tells you have far down a line and how far left$/$right

of a line defined by coordinates the rover is relative to$.$ Explain why

this can be used to look for old line evidence in a rural survey.

Explain what is meant by radio distance limits in RTK$.$

If you can reset$/$move a base, what would you do to extend collection

beyond what you could perform based on the location of the initial

base station? $($How can you get new base station coordinates in RTK$?)$

Why do you think Rinex is not the preferred data communication

format in RTK$?$