Common use of Non-Cash Exercise Clause in Contracts

Non-Cash Exercise. (a) In lieu of payment in cash, the rights represented by this Warrant may also be exercised by a written notice of exercise in the form of Exhibit A attached hereto, providing for the non-cash exercise of this Warrant for the Shares equal to the value (as determined below) of this Warrant (or the portion thereof being exercised), specifying that this non-cash exercise election has been made, and the net number of Shares to be issued after giving effect to such non-cash exercise. In the event the Warrantholder makes such election, Company shall issue to the holder a number of shares computed using the following formula: X = Y(A-B) Where:

Non-Cash Exercise. (a) In lieu of payment in cash, the rights represented by this Warrant may also be exercised by a written notice of exercise in the form of Exhibit Annex A attached hereto, providing for the non-cash exercise of this Warrant for the Shares equal to the value (as determined below) of this Warrant (or the portion thereof being exercised), specifying that this non-cash exercise election has been made, and the net number of Shares to be issued after giving effect to such non-cash exercise. In the event the Warrantholder makes such election, Company shall issue to the holder a number of shares computed using the following formula: X = Y(A-Y(A –B) Where:

Non-Cash Exercise. (a) In lieu of payment in cash, the rights represented by this Warrant may also be exercised by a written notice of exercise in the form of Exhibit Annex A attached hereto, providing for the non-cash exercise of this Warrant for the Shares equal to the value (as determined below) of this Warrant (or the portion thereof being exercised), specifying that this non-cash exercise election has been made, and the net number of Shares to be issued after giving effect to such non-cash exercise. In the event the Warrantholder makes such election, Company shall issue to the holder a number of shares computed using the following formula: X = Y(A-Y (A – B) Where: