GURUFOCUS.COM » STOCK LIST » Technology » Semiconductors » Korver Corp (OTCPK:KOVR) » Definitions » Ending Cash Position

Korver (Korver) Ending Cash Position : $0.00 Mil (As of . 20)


View and export this data going back to . Start your Free Trial

What is Korver Ending Cash Position?

Korver's Ending Cash Position for the quarter that ended in . 20 was $0.00 Mil.


Korver Ending Cash Position Historical Data

The historical data trend for Korver's Ending Cash Position can be seen below:

* For Operating Data section: All numbers are indicated by the unit behind each term and all currency related amount are in USD.
* For other sections: All numbers are in millions except for per share data, ratio, and percentage. All currency related amount are indicated in the company's associated stock exchange currency.

* Premium members only.

Korver Ending Cash Position Chart

Korver Annual Data
Trend
Ending Cash Position

Korver Quarterly Data
Ending Cash Position

Korver Ending Cash Position Calculation

Ending Cash Position is the cash and cash equivalents balance at the end of the accounting period, as indicated on the Cash Flow statement. It is equal to the Beginning Cash Position plus the Net Change in Cash.

Korver's Ending Cash Position for the fiscal year that ended in . 20 is calculated as

Ending Cash Position= Beginning Cash Position+Net Change in Cash
=+
=0.00

Korver's Ending Cash Position for the quarter that ended in . 20 is calculated as

Ending Cash Position=Beginning Cash Position+Net Change in Cash
=+
=0.00


Korver Ending Cash Position Related Terms

Thank you for viewing the detailed overview of Korver's Ending Cash Position provided by GuruFocus.com. Please click on the following links to see related term pages.


Korver (Korver) Business Description

Traded in Other Exchanges
N/A
Address
1968 South Coast Highway, Suite 458, Laguna Beach, CA, USA, 92651
Korver Corp is engaged in developing high-efficiency perovskite/silicon tandem solar cells. The solar cells offer a path toward low-cost photovoltaic electricity, by boosting the performance of established crystalline silicon cells. It results in efficient light coupling, reduced reflections, minimized reaction losses, and others.