Not exact matches
For example, if you
look at a
graph of the 10 -
year Treasury rate from the height of its peak in 1981, at 15.41 %, to the bottom in June 2016 (during Brexit), at 1.49 %, the chart
looks more like a roller - coaster ride versus a simple straight line down.
But if you again
look at the performance
graphs I referenced earlier, you'll see that all of our Funds have endured periods, sometimes for several
years, when they have either lost money or lost ground relative to their benchmarks.
Other forward -
looking indicators confirm the strong outlook for buildings and structures investment in the current financial
year (
Graph 31).
Looking through the monthly volatility, employment appears to have grown at slightly above its trend rate over the past
year (
Graph 41).
Looking forward, recent job vacancy and hiring intentions data point to continued solid employment growth over the remainder of the
year and into 2004, with print - and internet - based indicators of labour demand improving over recent months, following weakness over the first half of the
year (
Graph 43).
There's a
graph here that shows our
year - to - date progress, but since none of us probably feel like
looking at it, let's
look for pirated Doctor Who episodes on YouTube, and we'll totally talk about the
graph later.
It offers tables, charts and
graphs, and permits users to view and customize data in multiple ways, such as making comparisons with other states,
looking at 20
year trends, and translating financial information from current into constant dollars.
«It displays two 450,000 -
year graphs: a sawtooth curve of temperature and a sawtooth of airborne CO2 that's scaled to
look similar.
Interestingly enough, the
graphs representing consumption of vegetable oils and fats in the last 100
years look strangely similar to the
graph showing heart disease rates:
First time I've heard of them but it
looks like they've been around for a while according to Alexa's 2
year graph.
The
graph below
looks at DCRB's withdrawal assumptions for 25 -
year - old teachers beginning their employment in 2006 and 2012.
«Americans like all these bars and
graphs and colored charts,» Louhivuori teased, as he rummaged through his closet
looking for past
years» results.
The
graph below shows what the 10 -
year retention rates
look like according to each state's pension plan.
When you
look at the stock market
graph over the last 20
years, you will be reassured to see it generally rises over time.
To answer that question, we can
look at a historical
graph to see what PG's P / E ratio actually has been over many
years.
If you
look at the table under the two
graphs, you'll see that the S&P / TSX Composite returned 8.5 % annualized during the 10
years beginning in October 2001, outperforming the Mackenzie fund by 2.8 % a
year.
If the insurance company was to directly charge us the direct cost of insurance based on our age then, our premiums would go up every
year and would
look something like this
graph.
Notes starting from July 18, 2009 Notes starting from June 25, 2009 include: Statistical Sameness; Rob Bennett on ABC; Lesson From Switching C; Understanding Switching D; DVY Continues to Disappoint; Opaque; Take 6 %; Take 6 % with Valuation Informed Indexing; Continuing Withdrawal Rates (July 2009);
Looking at DVY; Failed Already; Lessons from the SWR Translator;
Year 2000 Investments;
Year 2000 Return Sequence; Permission Granted; Benjamin Graham on Timing; Computers and Timing; Exciting Conversation; Index Fund Comparisons; From the SWR Translator
Graphs; Finite Liquidation Strategies; Investor's Prayer.
Check out this chart, courtesy of Chuck Carnevale's F.A.S.T.
Graphs service, that outlines what a twenty -
year investment of $ 5,500 into BP stock would
look like:
Looking at the
graph, it is clear that 10 -
year returns for the market have varied a great deal, creating long «secular» periods of above - average and below - average returns.
Look at any
graph or chart covering the last 100
years.
Our first
graph looks at this blue - chip dividend paying stalwart for the period calendar
year 1995 to current that correlates to our S&P 500 example above.
For example,
looking at the
graph above, if you decide to rebalance away from stocks and back toward bonds after a period of 10
years, you're making an implicit market - timing decision to favor bonds over stocks in the next period (however long that may be).
If you
look at the above
graph and compare the blue line (the cost of life insurance on a yearly basis) with the white line (permanent insurance, premiums level for life), you'll see that in the early
years, the whole life premiums far exceed the actual cost of insurance — the company is taking in premiums far higher than they need.
But
look at the
graph at the top of this article: up until the close of the 25th trading day of the
year (February 7th) the market had performance very much like a median
year.
Now, if you
look at the
graph at the top of my blog, which was estimated back in mid-March off of
year - end data, you can notice a few things:
When I
look at a
graph like this, I know that any given
year is highly likely to
look different than an average of
years.
So if you
look at the red line in my
graph above, you will note that it has dipped below 2.0 five times in the last 66
years, in 1954, 1959, 1964, 1995 and 2014.
If you
look at this
graph from a Canadian Fund Manager: http://www3.telus.net/NFtoBC/Images/Example.bmp you can see a number of
years where the index out performed the fund, however, over a decade, the managed fund had a return nearly double of the index.
Take a
look at one of Greenspan's favorite
graphs, five
year inflation, five
years forward:
In the long run, I would like to increase my exposure to real estate to 10 % to 12 %, however, as other commenters have pointed out that
graph does
look scary and I will keep my exposure at current levels for the next
year or two, until the situation calms down a bit.
For history, up to the 10
year ago point, the two
graphs look quite similar.
For starters, it's always interesting to take a step back and
look at the numbers — maybe even make a
graph to help you visualize the highs and lows and what the
year actually
looks like.
This is not directly related to this
graph, but if we
look at the sales figures of only Nintendo titles just in the U.S. for the full calendar
year of 2014, the total figure of retail and digital sales represents 175 percent of those for the previous
year.
Most of the claims made there have been debunked before... and the «title track» about the 7
year cooling period is the sort of thing that one can only try to claim verbally rather than
looking at the
graph.
Look at the
graph in the fact sheet which shows the tropical surface temperature & tropical mid-troposphere temperature Vs
year, 1980 to 2005.
Look at the five
year moving average line on his
graph and see that the steep rising trend only began in 1976.
Gavin, instead of selecting 1999 or 1998 as the reference
year could you show us what the
graph would
look like if you pick the baseline used by the IPCC in the AR4?
One way to
look at the climate is that global mean surface temperatures have wandered up and down, to the left and the right, warmer and cooler, over the last thousand
years, but have generally stayed a straight course, represented by the dashed line placed on the
graph by the I.P.C.C. in 1990.
(class 5) If you
look at it's anomaly
graph (ok you have to download the data and calculate this for yourself) you will see it getting hotter by the
year.
Also, it appears by
looking at the antarctic ice
graphs that the antarctic is doing well and has if anything slightly increased over the last 30
years or so.
then he started doing some fancy statistical wizardry (taking 5, 10, 30
year averages http://tamino.wordpress.com/2008/04/28/central-england-temperature/) and the
graph became more «severe»
looking — like more warming has happened recently.
But
looking at the big picture shown in the
graph I posted, I see quite few time periods where there were five or ten
years of flat or declining temperatures (including several during the satellite era) very much like what we're seeing today.
Belgium objected to using 1998 as a starting
year for statistics, as it was exceptionally warm and makes the
graph look flat — and suggested using 1999 or 2000 instead to give a more upward - pointing curve.
He also claims that people are not
looking at long enough timescales then produces a temperature
graph of only 150
years or so.
Looking at the
graph shows the disparity arises primarilly from your choice of start
year, which is obviously well above trend.
Looking at the
graph of temperature over the last 600 million
years, it shows a fairly constant 22 °C with occasional dips for ice ages.
Looks like some of that is evident on the
graph, e.g. the last half cycle is only about 20
years instead of the 30 or so that Akasofu fits.
In reality, it
looks as though an honest mistake was made in using a
graph with the end
year in the wrong place from another source.
just tried it with the LOD / SOI
graph, the match
looks almost as good if you move the red curve forward three
years and somewhat better if you move it back four...!