[quote]JJJJ wrote:
MOOK JONG,
Your example is close, but off slightly.
Antagonistic pairing looks something like this:
Bench time period A
Rest/Move time period B
Row time period C
Rest/Move time period D
Bench time period A
Focused effort looks something like this:
Bench time period A
Rest time period E
Bench time period A
The 600-pound gorilla is that time period E is always going to be less than B+C+D.[/quote]
Look at your example more completely:
AEDT
Bench (1st Set) time period A
Rest/Move time period B
Row (2nd Set) time period C
Rest/Move time period D
Bench (3st Set) time period A
Rest/Move time period B
Row (4th Set) time period C
Rest/Move time period D
VS
FEDT
Zone 1
Bench (1st Set) time period A
Rest time period E
Bench (2nd Set) time period A
Rest time period E
Zone 2
Row (3rd Set) time period C
Rest time period F
Row (4th Set) time period C
Rest time period F
The flaw is your comparison of E (One rest period) with B,C,D (Two rest periods + 1 Set) without accounting for the time spent performing C and resting in your second PR zone.
So far you have FEDT ahead because E < B+C+D
If we remove 2E & 2(B+C+D), therefore the as yet unaccounted for variables are:
AEDT
Bench (1st Set) time period A
Bench (3st Set) time period A
FEDT
Zone 1
Bench (1st Set) time period A
Bench (2nd Set) time period A
Zone 2
Row (3rd Set) time period C
Rest time period F
Row (4th Set) time period C
Rest time period F
Two As on each side cancel out - so we are left with 2C+2F unaccounted for on the FEDT side, and nothing on the AEDT side.
Therefore, for FEDT to be truly superior,
2(E+C+F) < 2(B+C+D)
ie
E+F must be less than B+D
In other words, the rest period between straight sets (E,F) must be less than the rest periods between sets which work different muscles groups(B,D).
Quite simply, this should not occur.