This is because other components of the portfolio have not
always moved in the same direction as equities over long periods of time.
Mortgage rates almost
always move in the same direction as Treasuries.
(A «1» correlation means assets
always move in the same direction; «0» means they move together 50 % of the time; and «-1» means they never move together.)
Which is to conclude that, everywhere exerting its pressure, it tends with a «cosmic» tenacity and intensity to make continuous progress wherever it has gained a foothold,
always moving in the same direction and reaching out as far as possible.
The lymph fluid moves through channels called «vessels» that are filled with one way valves, so the lymph
always moves in the same direction.
Mortgage rates almost
always move in the same direction as Treasuries.
A perfect correlation (1.00) would mean that both investments
always move in the same direction with the same magnitude.
In order to diversify your portfolio, you want to try and find investments that don't
always move in the same direction at the same time.
The correlation between C and D is 1.00, which is to say that both stocks
always move in the same direction.
C and D
always move in the same direction (hence the 1.00 correlation), while A and B always move in opposite directions (hence their -1.00 correlation).
But the herd
always moves in the same direction.»
Not exact matches
Since approximately 80 % of stocks and ETFs
move in the
same direction as the dominant broad market trend, one of the first and most important aspects of our stock trading strategy is to
always trade on the
same side of the overall stock market trend.
So they tend to
move in the
same direction but not
always the
same amount.
So they tend to
move in the
same direction but not
always the
same amount.
A +1 indicates an absolute positive correlation (they
always move together
in the
same direction).
The most interesting is that contraction is really happening w.r.t. a preferred celestial
direction, which exactly cancels out the shift
in vacuum, where the speed really is c; and also
in solids, since the light
always has to pass through the
same amount of material regardless of whether it is contracted or not (hence takes the
same transit time)-- but not
in gases where the material mass is less
in a contracted arm (because gases can
move).
If you are
moving in the
same direction as the bus, you must
always stop — and not go forward until the bus stop signal has been withdrawn.
People tend to
move in the
same direction as they
always have unless some external force is applied.