DWSD Class B Sewer Claims definition

DWSD Class B Sewer Claims means any Claim against the City arising under or evidenced by the DWSD Class B Sewer Documents, including a Claim for principal and interest on the DWSD Class B Sewer Bonds.

Examples of DWSD Class B Sewer Claims in a sentence

• Each Holder of an Allowed DWSD Class B Sewer Claim in a Class of DWSD Class B Sewer Claims that accepts the Plan may elect to receive New Existing Rate GLWA Bonds having a principal amount equal to the principal amount of the DWSD Class B Sewer Bonds held by such Holder in lieu of New GLWA Bonds.

• Each Holder of an Allowed DWSD Class B Sewer Claim in a Class of DWSD Class B Sewer Claims that accepts the Plan may elect to receive New Existing Rate DWSD Bonds having a principal amount equal to the principal amount of the DWSD Class B Sewer Bonds held by such Holder in lieu of New DWSD Bonds.

• DWSD Class B Sewer Claims relating to each DWSD Series of DWSD Class B Sewer Bonds shall be separately classified, as reflected on Exhibit I.A.94, with each Class receiving the treatment set forth below.On the Effective Date, the DWSD Class B Sewer Claims shall be deemed Allowed in the amounts set forth on Exhibit I.A.94.

• Class 1D: DWSD Class B Sewer Claims (One Class for each DWSD Series of DWSD Class B Sewer Bonds, as set forth on Exhibit I.A.94 to the Plan).

• On the Effective Date, the DWSD Class B Sewer Claims shall be deemed Allowed in the amounts set forth on Exhibit I.A.94104.

• Treatment Option for Classes that Accept the Plan: Each Holder of an Allowed DWSD Class B Sewer Claim in a Class of DWSD Class B Sewer Claims that accepts the Plan may elect to receive New Existing Rate DWSDWater/Sewer Bonds having a principal amount equal to the principal amount of the DWSD Class B Sewer Bonds held by such Holder in lieu of New DWSDWater/Sewer Bonds.

• DWSD Class B Sewer Claims relating to each DWSD SeriesCUSIP of DWSD Class B Sewer Bonds shall be separately classified, as reflected on Exhibit I.A.94104, with each Class receiving the treatment set forth below.

• However, the more efficient construction from [9]:H(m) = f (h1(m)) + f (h2(m)) is only shown to be well-behaved when f is Icart’s function.

• We then concatenated all of these examples intoa matrix that we will refer to from now on as our ”balancedV.