Increasing Efficiency In Business - Walter Dill Scott (ebook reader browser .txt) 📗
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seems to be at its best only after repeated
and vigorous stimulation and after
it has reached down to profound and widely
distributed centers.
_Most of us never know of our possible achievements
because we have never warmed up and
got our second wind in our business or professional
affairs_.
When an individual succeeds in tapping his
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reserve energies, others marvel at the tremendous
tasks he accomplishes. They judge in
terms of superficial energy, and for such the
results would, of course, be impossible, even
though many of the admiring spectators could
actually equal or excel the deed.
Consider for a moment the work achieved
by Mr. Edward Payson Weston who recently
walked the entire distance from New York
to San Francisco without halt or rest in one
hundred and four days. Throughout the
entire journey Mr. Weston covered about
fifty miles daily, once attaining the remarkable
distance of eighty-seven miles in twenty-four
hours. Though Mr. Weston is seventy years
of age, at the close of the walk he seemed to be
relatively free from exhaustion and undaunted
in spirit.
The work accomplished by such men as
Gladstone and Roosevelt is incomprehensible
to most of us who have never undertaken
more than puny tasks. These men retain their
strength and in no way seem to be undermining
their health by the accomplishment of their
<p 14>
Herculean labors. Body and mind seem to
respond to the demands made upon them.
Their periods of sleep and their vacations
seem to be no more than the hours and days
of rest required by those of us who accomplish
infinitely less.
No need, however, to go beyond the field
of business or industry to find men whose
super-energy has carried them to epochial
discoveries or feats of organization. The
invention of the incandescent lamp by Edison
is said to have been accomplished, for instance,
only after forty-eight hours’ continuous
concentration on the final problem of finding the
right carbon filament and determining the
proper degree of vacuum in the inclosing
bulb. Months of experiment and research
had gone before; eighteen hours a day in the
laboratory had been no uncommon thing for
the inventor and his assistants, but in the last
strenuous grapple with success his own physical
and mental powers were alone equal to the
strain. Not once during the two days and
nights did he rest or sleep or take his attention
<p 15>
from the successive tests which led up to the
assembling of the lamp which lights the world’s
work and play.
The steel blade that is used seems to last as
long as the one which is allowed to lie idle.
The wearing out in the one case does not seem
to be more destructive than the rusting out
in the other.
We have a choice between wearing out and
rusting out. Most of us unwittingly have
chosen the rusting process.
This, indeed, may be said to be Edison’s
regular method of work, as it is the method of
many other men who have accomplished great
things in science and industry. Both mind
and body have been trained and accustomed to
exertions which seem quite impossible to ordinary
individuals.
Many persons find that increased intellectual
activity results in less fatigue and
greater achievements. As a student I did
my best work and enjoyed it most the year
I carried the greatest number of courses and
assumed the most outside duties. In my
<p 16>
capacity as adviser to college students I find
many who are able to accomplish thirty per
cent more work than is expected of college
students but fail to do equally well the regular
amount. There are others who can carry the
regular amount but not more without injury
to their health.
College grades afford a means of recording
intellectual efficiency directed toward particular
problems. With no apparent change in
bodily conditions the same student frequently
increases his efficiency a hundred per cent.
The increase seldom has an injurious effect
on health, but is merely evidence of the fact
that he has suddenly wakened up and is
applying energies which before were undiscovered.
A slow walk for a single mile leaves
many persons “dragged out” and exhausted,
but a brisk walk of the same or a greater distance
results in invigoration and recuperation.
Likewise the droning over an intellectual task
results in exhaustion, while vigorous treatment
whets the appetite for additional problems.
This swift, decisive attack on problems was
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the method of Edward H. Harriman, who
crowded into ten years the railroad achievements
of an extraordinary lifetime. Decisions
involving expenditure of many millions of
dollars were arrived at so quickly as to seem
off-hand, even reckless. In reality, they were
the products of brief periods of intense application
in which he reviewed all the conditions
and elements involved, and forged his conclusion,
as it were, at white heat. Back of each
decision was exact and thorough knowledge
of the physical and traffic conditions of each
of his railroads. In the case of the Union
Pacific, at least, he gained this mastery by
patient, intensive study of each grade and
curve and freight-producing town on its 1800
miles of track.
The inhabitant of the torrid zone upon
moving to a northern climate is severely
affected by the chill of the atmosphere. The
discomfort may last for days or months, but
he becomes acclimated and is able to withstand
the cold without serious discomfort. Likewise
the inhabitant of a cool climate feels exhausted
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by the heat of the torrid zone. In some cases
he is unable to accustom himself to the change,
but in many instances the acclimatization
follows rapidly and leaves the individual well
fortified against the dangers of excessive heat.
Persons who have accustomed themselves
to stimulants of any sort are completely depleted
if they are unable to get the special
form to which they have been accustomed.
This holds true for tobacco, morphine, coffee,
and many other forms of stimulants actually
indulged in by many persons. If they are
able to resist the temptation and deny themselves
the stimulant, the period of exhaustion
soon disappears and the subject may even lose
all craving for that which formerly seemed
essential to his very existence.
The quantity which we eat is partly a
matter of habit. There is doubtless a minimum
of nourishment which is absolutely necessary
for health and strength. On the other
hand there is doubtless a maximum limit
which cannot be passed without serious injury.
Our bodies seem to demand the amount of
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food to which we have accustomed them. If
we should increase the amount ten or twenty
per cent, we might, for a while, feel some
discomfort from it, but soon our system
would begin to demand the greater quantity
and we could not again return to the lighter
diet without a period of discomfort. Likewise
the amount of food which most of us
consume could be reduced materially with no
permanent injury or reduction of energy or
danger to health. Following the reduction
would be a period of discomfort and probable
reduction of weight. This period would last
for but a relatively short time, after which we
would again strike a physiological equilibrium
such that an increase of food would not be
craved nor be of any benefit.
Any great increase in the amount of physical
or mental work results in a feeling of weariness
which is usually sufficient to cause us to return
to our habitual amount of expenditure of
energy. Our system is, however, wonderful
in its capacity to adjust itself to changed
demands which come upon it, whether these
<p 20>
demands be in the nature of changes in temperature,
in stimulants, in nourishment, or in
the expenditure of physical or mental energy.
There is, of course, a limit to possible human
achievements. There are resources which
may not be exhausted without serious injury
to health. Those who accomplish most, however,
compare favorably with others in length
of days and retention of health.
_While overwork has its place among the things
which reduce energy and shorten life, it is my
opinion that overwork is not so dangerous or so
common as is ordinarily supposed_.
In not a few industries, the dominant house
or firm has for its head a man past seventy
who still keeps a firm and vigorous grip on the
business: men like Richard T. Crane of
Chicago, E. C. Simmons of St. Louis, and
James J. Hill, whose careers are records of
intense industry and absorbed devotion to the
work in hand.
_Many persons confuse overwork with what is
really underwork accompanied with worry or
unhygienic practices_.
<p 21>
A recent writer on sociology calls attention
to the fact that nervous prostrations and
general breakdowns are most common among
those members of society who achieve the
least and who may be regarded as parasites.
Exercise both of brain and of muscle is necessary
for growth and for health.
Those nations which expend the most energy
are probably the ones among whom longevity
is greatest and the mortality rate the lowest.
In the city of Chicago there are many conditions
adverse to health of body and mind, yet
the city is famous for its relatively low mortality
as a parallel fact. It is also affirmed
that the average Chicago man works longer
hours and actually accomplishes more than
the average man elsewhere. This excess in the
expenditure of energy—in so far as it is
wisely spent—may be one of the reasons for
the excellent health record of the city.
In every walk of life we see that the race
is not to the swift nor the battle to the strong.
We all know men clearly of secondary ability
who nevertheless occupy high positions in
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business and state. We are acquainted also
with men of excellent native endowment who
still have never risen above the ranks of mediocrity.
_Human efficiency is not measured in terms
of muscular energy nor of intellectual grasp. It
is dependent upon many factors other than native
strength of mind and body_.
The attitude which one takes toward life
in general and toward his calling in particular
is of more importance than native ability.
The man with concentration, or the power of
continued enthusiastic application, will surpass
a brilliant competitor if this latter is
careless and indifferent towards his work.
Many who have accomplished great things
in business, in the professions, and in science
have been men of moderate ability. For
testimony of this fact take this striking quotation
from Charles Darwin.
“I have no great quickness of apprehension
or wit, which is so remarkable in some clever
men,” he writes. “I am a poor critic… .
My power to follow a long and purely abstract
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train of thought is very limited; and therefore
I never could have succeeded with metaphysics
or mathematics. My memory is extensive,
yet hazy; it suffices to make me cautious by
vaguely telling me that I have observed or read
something opposed to the conclusion which I
am drawing, or on the other hand in favor
of it. So poor in one sense is my memory,
that I have never been able to remember for
more than a few days a single date or a line
of poetry. I have a fair share of invention,
and of common sense or judgment, such as
every fairly successful lawyer or doctor must
have, but not, I believe, in any higher degree.”
This is presumably an honest statement
of fact, and in addition it should be remembered
that Darwin was always physically
weak, that for forty years he was practically
an invalid and able to work for only about
three hours a day. In these
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