Electron Systems
Intraday KP_Graphs 2007
Off-no. 10, Jaydeep CHS., Old Mumbai Pune Road, Kalwe, Thane, Maharashtra.
India PIN 400 605. [email protected], [email protected], [email protected] Electron Systems electronsystems.com kpastrology.com skpastrology.com futuretools.org futuretools.in
About us
We are primarily providing Design Service for the Electronic Industry locally at times but mostly to international clients. Electron Systems started its Design Service business in 1983. Creative pursuits and imagination has led us into application / need specific programming, so as to implement our own ideas and create visual aids seen on our site to explain the astrological concepts finally leading to our graphs.
The Graphs
Monthly graphs for the years 2007, 2008 and 6 months of 2009 till June are provided for your review and self learning exercise.
Yearly graphs for the years 2005, 2006, 2007, 2008 and 2009 are also included after the monthly graphs.
Self Study
The graphs are provided as a means to improve you skills in reading the graphs in comparison with realtime events such as the index and arrive at a conclusion of what a specific day holds in store.
End Use
Graphs can be used to buy low and sell high over a period of time or else shortselling as an intraday trade. 724 First Trade Dates cover more than 1000 scrips on NSE and graphs for the same can be generated by us. Some scrips may behave differently within a group of scrips which have a common First Trade Date and one should review and or study them in advance so as to avoid a loss. Apart from scrips we can also generate graphs for an individuals birth data.
Objective
Paid Service is our main objective. The type of service could vary in the form of weekly, monthly or yearly coloured printouts. We could also provide a graph viewer software and email the graph files to you.
Consideration
The expected consideration for this Self Study is INR. 5000.00 which can be paid into our account, the details of which are provided at the end of this document. This amount will be treated as one time Registration Charges as such. If you prefer not to pay now then the same will have to be paid at the time you wish to avail of our services at a later date. Service charges will be over and above the Registration Charges. Graph Viewer Software will also be charged.
Support
Email Support is the only possible mode whereas Telephone support is not considered feasable and will be discouraged.
Disclaimer
Kindly do read the disclaimer at the end of this document.
How To Use
The rise and fall of the scrips is based on the mathematical interaction between power values of the levels and how the power train flows from each level to the next level. L2 onwards each level is the parent of the next level ie. L2 is a parent of L3, L3 is a parent of L4 and so on. Each level gives or governs with its power value for its duration but allows rise and falls as given by its child levels. The net average would be that which is guaranteed by the parent.
Review the Level which is constant for the month and find out if it allows its immediate parent levels power value to pass or if it adds to the parent levels power value by being greater than its power value then the scrip will rise else it will fall.
If you have identified that L3 is constant for the month then the power value of L4 should either be a small negative value to allow the remaining power value of L3 to pass through to the L5 level or L4 power value should be greater than L3 itself. If L4 value is a small positive number then it implies that the power value of L3 stands reduced in the time allocated to L3 level and hence a fall. Patience and Practice will enable you to visualize an emerging pattern throughout the month which is obviously cyclic in nature and the outcome is based on the interaction between the first 4 levels, whereas the next levels are supportive in nature to its parent dictates. Graph Power is a tool to understand the interaction of Power and Levels. In short find out the level which is constant for that day and its relationship between its parent level.If a + value remains over here then the scrip will tend to move in the positive direction.
After this find the relationship between the constant level and its child level if again a positive difference remains then the scrip will tend to rise in that time period when the difference is positive and Vice Versa. The levels to consider are L7 as the last level L6 its parent and L5 the parent of L6.
Short and Sweet LOOK AT THE FLOW for the level which varies for the day with reference to its parent level and observe what the child levels of our reference level suggests.
L1 to L7 if are in a serial order with increasing positive values, could be termed as a rising flow and the other way round with L1 to L7 serially reducing values would be a falling flow. If the order is mixed then difference of power has to be computed for the desired segment of time.
The major patterns that you will observe are a CUP & CAP. The CUP is open at the top and hence allows the child levels to rise and a CAP nearly always forces its child levels down, in other words curtails the child levels to abort a rise.
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems
Electron Systems