Example 1. If the Supplier achieves Service Availability of 98.5% in a given Measurement Period, it will incur a Minor KPI Failure for Service Availability in that Measurement Period and accordingly accrue 1 Service Point. If, in the next Measurement Period, it achieves Service Availability of 96.5%, it will incur a Severe KPI Failure and accordingly accrue 3 Service Points, but as the failure is a Repeat Failure, this amount is doubled and so the Supplier will incur 6 Service Points for the failure (i.e. SP = 3 x 2). If in the next Measurement Period it achieves Service Availability of 96.5%, the Supplier will again incur 6 Service Points.
Example 1. An American mu- seum is undergoing renovation and will be closed to the public for one year. During that time, masterpieces from the collection will go on tour to three other museums in the United States. Many of these works have never been lent for travel, and this will be a unique and the last opportunity for museum visitors in other parts of the country to see them exhibited to- gether. Once the new building opens, they will be permanently installed and dispersed throughout the museum’s galleries.
Example 1. Remittance based on delivery of gas to the Gas Distributor in a month where the forecasted banked gas account attributed to the Gas Vendor is in a debit and the respective NYMEX Xxxx Basis price is less than commodity rate specified by the Gas Vendor. Assume: Consumption = 10,000 m3 Delivery = 8,000 m3 NYMEX = $0.16 per m3 Commodity rate = $0.25 per m3 The Maximum Security Amount is calculated as follows: = banked gas account x NYMEX – (amounts collected – amounts remitted) = [consumption – delivery] x NYMEX – ([consumption x commodity rate] – [delivery x commodity rate]) = [10,000 – 8,000] x 0.16 – ([10,000 x 0.25] – [8,000 x 0.25]) = ‐$180 The calculation would be repeated for each banked gas account attributed to the Gas Vendor for each month of the applicable 12 month period and then summed up by month to determine the month with the maximum cumulative Maximum Security Amount. A negative cumulative Maximum Security Amount would represent no security required from the Gas Vendor.
Example 1. Licensee applies for a vehicle share permit; agreement approved on 1 January 2019, the Fleet Size is 1000 vehicles: At agreement initiation the Licensee must pay:
Example 1. In different Delivery Periods within the same Month the BSP has contracted FCR 100mHz, FCR Up and FCR Down Service Types for different volumes. – For the whole given Month the BSP receives : – 5.000€ for the FCR Up Service Type, – 10.000€ for the FCR 100mHz Service Type and – 3.000€ for the FCR Down Service Type – The BSP fails an Availability Test, concerning the FCR Down Service Type and the FCR 100mHz Service Type.
Example 1. A full time employee who earns 12 sick leave days per year, and who has accumulated 50 sick leave days, will first use the 12 days of current year’s allowance (at full pay), then the accumulated 50 sick leave days (at full pay), and finally will utilize the remaining 50 days of the 100 day period (at 50% pay).
Example 1. The Company undertakes to conduct all activities hereunder in the manner and subject to the conditions of Article 2 of this Agreement and to continue such activities, beginning with General Survey, Exploration, and Feasibility Study to Construction Periods of this Agreement without interruption. Subject to Article 23 and Article 26, such activities may be interrupted or suspended with the concurrence of the Department. Any such interruption or suspension shall not affect the mutual rights and obligations of the Parties hereto under this Agreement. Example 2 An application further to develop the Ore Body shall be made in accordance with Section [x] of the Act and shall include or be accompanied by:
Example 1. If the Licensee reports to the Licensing Authority that there is a discovery, a Feasibility Study Work Program and budget shall be prepared and submitted to the Licensing Authority for review and comment. The Feasibility Study shall be prepared on the basis of sound engineering and economic principles in accordance with generally accepted international mining industry practice. Example 2
Example 1. An employer and an employee have entered into a Short Work Week agreement. The work schedule as shown below: Sun Mon Tue Wed Thu Fri Sat Week 2 10 10 10 10 Hourly Rate: $15.00 Regular Pay: 80 hours x $15.00 = $1,200.00 Total Wages Earned: $1,200.00 Example #2 An employee worked more than 12 hours in a day. Sun Mon Tue Wed Thu Fri Sat Week 1 10 10 15 10 Week 2 10 10 10 Hourly Rate: $15.00 Regular Pay: 72 x $15.00 = $1,080.00 Overtime Pay: 3 x $15.00 = $45.00 Total Wages Earned: $1,125.00 Example #3: A general holiday occurs during a two-week period. Sun Mon Tue Wed Thu Fri Sat Week 1 10 (GH) 10 10 10 Week 2 10 10 10 10 Hourly Rate: $15.00 Regular Pay: 72 x $15.00 = $1,080.00 Overtime pay: 8 x 1.5 x $15.00 = $180.00 Total wages earned: $1,260.00 + General Holiday pay
Example 1. The #1 working extra list engineer has assigned rest days on Tuesday and Wednesday as a Switch Operator. Locomotive engineer #1 is on vacation of less than 10 calendar days and has Saturday/Sunday as rest days.
