Sunday, November 29, 2009
Barron's Picks Top 10 Dividend Stocks | Wall Street Survivor University
Barron's Picks Top 10 Dividend Stocks | Wall Street Survivor University: "Barron's Picks Top 10 Dividend Stocks"
Thursday, November 26, 2009
Tuesday, November 24, 2009
Wednesday, November 18, 2009
Movie Review - The Sun - When Dusk Finally Settled on the Emperor - NYTimes.com
Movie Review - The Sun - When Dusk Finally Settled on the Emperor - NYTimes.com: "When Dusk Finally Settled on the Emperor"
Tuesday, November 17, 2009
Yield curve system claims to beat the markets - FP Trading Desk
Yield curve system claims to beat the markets - FP Trading Desk: "Yield curve system claims to beat the markets"
Monday, November 16, 2009
Berkshire buys Nestle, Exxon; ups Wal-Mart stake - Yahoo! News
Berkshire buys Nestle, Exxon; ups Wal-Mart stake - Yahoo! News: "Berkshire buys Nestle, Exxon; ups Wal-Mart stake"
Sunday, November 15, 2009
Sunday, November 8, 2009
CNBC Stock Blog — Bear-Market Rally Has 'Turned Over': Elliot Wave's Hochberg — CNBC.com Investing News - CNBC Stock Blog - CNBC.com
CNBC Stock Blog — Bear-Market Rally Has 'Turned Over': Elliot Wave's
Hochberg — CNBC.com Investing News - CNBC Stock Blog - CNBC.com:
"This Bear-Market Rally Has 'Turned': Elliot Wave's Hochberg"
Nov 8, 2009
Thursday, November 5, 2009
Oct 30, 30, 2009 Selling ramps up at RIM - The Globe and Mail
Selling ramps up at RIM - The Globe and Mail:
"Insider selling at Research In Motion Ltd. (RIM-T62.411.021.66%) has picked up.
Over the past three months, RIM officers and directors who are insiders sold, as
a group, 541,341 shares in the public market, net of any shares acquired through
the exercise of options or public-market purchases. Co-CEO James Balsillie was a
net seller of 438,490 shares while co-CEO and board member Michael Lazaridis was
a net seller of 126,152 shares during the period"
Wednesday, November 4, 2009
Charts Custom Indicators
Charts Custom Indicators:
"!!! McGinley Dynamic
ExpAvg12offset1 is expavg([close], 12, 1).
Dynamic is (expavg12offset1 + ([close] - expavg12offset1)) / (([close] / expavg12offset1) * 125)."
Exponential Moving Average (EMA)
(Click here for a live example of an Exponential Moving Average)
In order to reduce the lag in simple moving averages, technicians often use exponential moving averages (also called exponentially weighted moving averages). EMA's reduce the lag by applying more weight to recent prices relative to older prices. The weighting applied to the most recent price depends on the specified period of the moving average. The shorter the EMA's period, the more weight that will be applied to the most recent price. For example: a 10-period exponential moving average weighs the most recent price 18.18% while a 20-period EMA weighs the most recent price 9.52%. As we'll see, the calculating and EMA is much harder than calculating an SMA. The important thing to remember is that the exponential moving average puts more weight on recent prices. As such, it will react quicker to recent price changes than a simple moving average. Here's the calculation formula.
Exponential Moving Average Calculation
Exponential Moving Averages can be specified in two ways - as a percent-based EMA or as a period-based EMA. A percent-based EMA has a percentage as it's single parameter while a period-based EMA has a parameter that represents the duration of the EMA.
The formula for an exponential moving average is:
EMA(current) = ( (Price(current) - EMA(prev) ) x Multiplier) + EMA(prev)
For a percentage-based EMA, "Multiplier" is equal to the EMA's specified percentage. For a period-based EMA, "Multiplier" is equal to 2 / (1 + N) where N is the specified number of periods.
For example, a 10-period EMA's Multiplier is calculated like this:
(2 / (Time periods + 1) ) = (2 / (10 + 1) ) = 0.1818 (18.18%)
This means that a 10-period EMA is equivalent to an 18.18% EMA.
Note: StockCharts.com only support period-based EMA's.
Below is a table with the results of an exponential moving average calculation for Eastman Kodak. For the first period's exponential moving average, the simple moving average was used as the previous period's exponential moving average (yellow highlight for the 10th period). From period 11 onward, the previous period's EMA was used. The calculation in period 11 breaks down as follows:
(C - P) = (57.15 - 59.439) = -2.289
(C - P) x K = -2.289 x .181818 = -0.4162
( (C - P) x K) + P = -0.4162 + 59.439 = 59.023
"!!! McGinley Dynamic
ExpAvg12offset1 is expavg([close], 12, 1).
Dynamic is (expavg12offset1 + ([close] - expavg12offset1)) / (([close] / expavg12offset1) * 125)."
Exponential Moving Average (EMA)
(Click here for a live example of an Exponential Moving Average)
In order to reduce the lag in simple moving averages, technicians often use exponential moving averages (also called exponentially weighted moving averages). EMA's reduce the lag by applying more weight to recent prices relative to older prices. The weighting applied to the most recent price depends on the specified period of the moving average. The shorter the EMA's period, the more weight that will be applied to the most recent price. For example: a 10-period exponential moving average weighs the most recent price 18.18% while a 20-period EMA weighs the most recent price 9.52%. As we'll see, the calculating and EMA is much harder than calculating an SMA. The important thing to remember is that the exponential moving average puts more weight on recent prices. As such, it will react quicker to recent price changes than a simple moving average. Here's the calculation formula.
Exponential Moving Average Calculation
Exponential Moving Averages can be specified in two ways - as a percent-based EMA or as a period-based EMA. A percent-based EMA has a percentage as it's single parameter while a period-based EMA has a parameter that represents the duration of the EMA.
The formula for an exponential moving average is:
EMA(current) = ( (Price(current) - EMA(prev) ) x Multiplier) + EMA(prev)
For a percentage-based EMA, "Multiplier" is equal to the EMA's specified percentage. For a period-based EMA, "Multiplier" is equal to 2 / (1 + N) where N is the specified number of periods.
For example, a 10-period EMA's Multiplier is calculated like this:
(2 / (Time periods + 1) ) = (2 / (10 + 1) ) = 0.1818 (18.18%)
This means that a 10-period EMA is equivalent to an 18.18% EMA.
Note: StockCharts.com only support period-based EMA's.
Below is a table with the results of an exponential moving average calculation for Eastman Kodak. For the first period's exponential moving average, the simple moving average was used as the previous period's exponential moving average (yellow highlight for the 10th period). From period 11 onward, the previous period's EMA was used. The calculation in period 11 breaks down as follows:
(C - P) = (57.15 - 59.439) = -2.289
(C - P) x K = -2.289 x .181818 = -0.4162
( (C - P) x K) + P = -0.4162 + 59.439 = 59.023
Tuesday, November 3, 2009
Vixen... Another Jewel by Merwin
Vixen~ by W. S. Merwin
Comet of stillness princess of what is over
high note held without trembling without voice without sound
aura of complete darkness keeper of the kept secrets
of the destroyed stories the escaped dreams the sentences
never caught in words warden of where the river went
touch of its surface sibyl of the extinguished
window onto the hidden place and the other time
at the foot of the wall by the road patient without waiting
in the full moonlight of autumn at the hour when I was born
you no longer go out like a flame at the sight of me
you are still warmer than the moonlight gleaming on you
even now you are unharmed even now perfect
as you have always been now when your light paws are running
on the breathless night on the bridge with one end I remember you
when I have heard you the soles of my feet have made answer
when I have seen you I have waked and slipped from the calendars
from the creeds of difference and the contradictions
that were my life and all the crumbling fabrications
as long as it lasted until something that we were
had ended when you are no longer anything
let me catch sight of you again going over the wall
and before the garden is extinct and the woods are figures
guttering on a screen let my words find their own
places in the silence after the animals
The Beam of a Lightless Star ~ Merwin
Another Pulitzer winner... this one - a two-timer
Winning one Pulitzer is amazing.. two is very rare
His book - The Shadow of Sirius was written without punctuation and in free verse, and its poems are among the most autobiographical of his career. They touch on themes of memory, wisdom and childhood.
He described the collection as having a first section about childhood and remembering childhood, “not from a distance, but from inside.” The middle section is a collection of elegies to dogs, and the final section is about later life.
For The Anniversary Of My Death by W. S. Merwin
Every year without knowing it I have passed the day
When the last fires will wave to me
When the last fires will wave to me
And the silence will set out
Tireless traveller
Like the beam of a lightless star
Then I will no longer
Find myself in life as in a strange garment
Surprised at the earth
And the love of one woman
And the shamelessness of men
As today writing after three days of rain
Hearing the wren sing and the falling cease
And bowing not knowing to what
Just in case you sometimes wonder... what the heck is he talking about... here is my take..
The central idea of this poem is simple: each year contains the date on which the poet will finally die.
The central idea of this poem is simple: each year contains the date on which the poet will finally die.
But the implications of this premise are complex. They involve nothing less than the total breakdown of conventional modes of understanding time. Viewing time sub specie aeteritatis... Merwin labels the linear sense of time as illusory.
The beam of a lightless star is in one sense a metaphor of his own language of silence, the silence of death, the silence on meaningless. A beam emanating from a lightless star also suggests that from a detached perspective a dead star can appear alive.
This is indeed a fine symbol of the eternal longing of all of us. It is a great symbol of time as relative in a world of absolute being.
Merwin perceives his death has already taken place in the precisely the same sense that the present exists externally.The temporal distinction is false.
In the second stanza, he sets up a new distinction to replace the old. He will no longer find himself in life as in a strange garment. He will lose his divisive perception that isolate him. He will no longer be surprised at the earth and the love of one woman.
It is finally to this human universe that Merwin must return.
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