Net Changes In Corporate Securities Outstanding, Debt, All Industries for United States

1964:Q1: 1,235 Millions Of Dollars (+ see more) 
Quarterly, Not Seasonally Adjusted, Q10121USQ144NNBR, Updated: 2012-08-17 3:21 PM CDT
Click and drag in the plot area or select dates: Select date:   1yr | 5yr | 10yr | Max   to

Data Represent The Differences Between Data Is Series (New Corporate Securities Issued, Debt, All Industries) And Series 10120 (Corporate Securities Retired, Debt, All Industries.) Source: Securities And Exchange Commission, For 1948-1959 Data: Unpublished Table, April 1, 1959; For 1960-1964 Data: Sec Statistical Bulletin

This NBER data series q10121 appears on the NBER website in Chapter 10 at http://www.nber.org/databases/macrohistory/contents/chapter10.html.

NBER Indicator: q10121

Source: National Bureau of Economic Research

Release: NBER Macrohistory Database

Growth Rate Calculations | US recession dates

Restore defaults | Save settings | Apply saved settings











    w   h
Graph Background: Plot Background: Text:
   




Color:



  
(a) Net Changes In Corporate Securities Outstanding, Debt, All Industries for United States, Millions Of Dollars, Not Seasonally Adjusted (Q10121USQ144NNBR)
Data Represent The Differences Between Data Is Series (New Corporate Securities Issued, Debt, All Industries) And Series 10120 (Corporate Securities Retired, Debt, All Industries.) Source: Securities And Exchange Commission, For 1948-1959 Data: Unpublished Table, April 1, 1959; For 1960-1964 Data: Sec Statistical Bulletin

This NBER data series q10121 appears on the NBER website in Chapter 10 at http://www.nber.org/databases/macrohistory/contents/chapter10.html.

NBER Indicator: q10121

Net Changes In Corporate Securities Outstanding, Debt, All Industries for United States
   

  

Integer Period Range: to copy to all
Create your own data transformation: [+]

Need help? [+]

Use a formula to modify and combine data series into a single line. For example, invert an exchange rate a by using formula 1/a, or calculate the spread between 2 interest rates a and b by using formula a - b.

Use the assigned data series variables above (e.g. a, b, ...) together with operators {+, -, *, /, ^}, braces {(,)}, and constants {e.g. 2, 1.5} to create your own formula {e.g. 1/a, a-b, (a+b)/2, (a/(a+b+c))*100}. The default formula 'a' displays only the first data series added to this line. You may also add data series to this line before entering a formula.



will be applied to formula result
Create segments for min, max, and average values: [+]



Graph Data






Retrieving data.
Graph updated.

Subscribe to our newsletter for updates on published research, data news, and latest econ information.
Name:   Email:  
Twitter logo Google Plus logo Facebook logo YouTube logo LinkedIn logo

Click to send us feedback