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… by a professional, certified translator must be included - Financial documents should always mention a univocal currency of the amounts stated, preferably in Euro (€). Other currencies are also acceptable (keep the conversion rate in mind) - You can complete forms by hand or digitally. Your signature on the forms must match the signature on your passport - Address details must be the same on every form You have to upload the following documents: 1. A proof of transfer of the legal fees (€243) 2. A … include the passport page with your signature (holder’s or bearer’s signature). 3. A completed and signed form “Residence permit extension application for continuous study within UM” (enclosure 1) You must complete sections 1,2 and 3. When in doubt, contact the Visa Office. Required document: A completed and signed Antecedents Certificate (enclosure 1). 4. A completed Antecedents Certificate (enclosure 2) You must complete sections 1 and 2. When in doubt, contact the Visa Office. Required document: A completed and signed Antecedents Certificate (enclosure 2). 3 Paragraph B. Which payment do you have to make? 1. €243 for legal fees, except in the following situations: ➢ If you have an award letter of a …

… change to various technologies and infrastructures, while on the other hand ensuring that values and consumer criteria change simultaneously. Transitions that fail to do so will disappoint in the end. We review two sustainability-oriented transitions where criteria have changed: the hygienic transition around 1900 and the waste management transitions at the end of the twentieth century. While in these cases people’s values, perceptions, and criteria changed as part of the transition, this does not … that actors use to judge the appropriateness of products, services, and systems. In the transition from sailing ships to steam ships fuelled by coal, for instance, the criteria for choosing ships did not change dramatically. Both types of ship competed in terms of tonnage, reliability, and speed, as sailing ships had done for decades or even centuries. In the transition from coal to gas, the basic aspects on which technologies had to compete did not change dramatically either, in terms of price, ease, and reliability. For sustainability transitions to occur, however, criteria need to change dramatically, or transitions run the risk of not being sustainable due to rebound effects …

… −p. Therefore, the slope equals −p 1−p . It now easily follows that this line is described by: y = − p 1−p x + p 1−p + 1− p For the line with parameter q we have likewise y = − q 1−q x + q 1−q + 1− q. At the intersection point of these two lines we find that the same y-value occurs if − p 1−p x + p 1−p + 1− p = − q 1−q x + q 1−q + 1− q which is equivalent to [ q 1−q − p 1−p ]x = q 1−q + 1− q − [ p 1−p + 1− p] or [q(1− p)− p(1− q)]x = q(1− p) + (1− q)2(1− p)− p(1− q)− (1− p)2(1− q) This can be … y = p(1 − q) + 1 − p = 1 − pq. Summarizing, the intersection point has coordinates: (1− (1− p)(1− q), 1− pq) or (p + q − pq, 1− pq) (c) It’s a parabola. See after part (d). (d) Consider the intersection point for the two lines with parameters p and q, computed under (b). If we keep one line (with parameter p) fixed and we 1 vary the other parameter q, we see that their intersection point converges to the tangent point of the fixed line at C, if q converges to p. So, if we choose p = q, we find that … xF = 4 and xP = 6. By similar logic, the expected number of cards one has to by in order to get pictures of Finn and Poe, xFP , satisfies the equation xFP = 1/4 · (1 + xP ) + 1/6 · (1 + xF ) + 7/12 · (1 + xFP ) which implies after a straightforward computation that xFP = 73 5 . Similarly, xRP = 7 and xRF = 52 7 . Finally, the desired number xRFP satisfies the equation xRFP = 1/3 · (1 + xFP ) + 1/4 · (1 + xRP ) + 1/6 · (1 + xRF ) + 1/4 · (1 + xRFP ) with solution xRFP ≈ 8.22. Answer to Problem 4: …

… The Chair opens the meeting. 2a. Approval of the text of the public part of the report of the 191st Meeting dated 21 May 2024 24.0803o – dated 03-06-24 – minutes with annex Refer to the approved version of the minutes with reference 24.0803/Io. 2b. Comments on the public part of the report There are no comments. 3. Announcements by the Dean The Dean informs the Council that on September 18, an artwork will be unveiled on a wall of the Co Greepzaal, Uns60. This artwork will feature images of all past Deans. The Dean reports on a decision by the … informed of this decision and reacted unpleasantly surprised. The exact number of places for Maastricht is not yet known. The Dean also informs the Council about the dismissal of a professor from FHML. After extensive investigation and attempts to find a resolution, UM decided to initiate a dissolution procedure in court. This is not the preferred approach, and usually, such matters are resolved differently. At the Council's request, the Dean explains that the current procedures for handling …

… −p. Therefore, the slope equals −p 1−p . It now easily follows that this line is described by: y = − p 1−p x + p 1−p + 1− p For the line with parameter q we have likewise y = − q 1−q x + q 1−q + 1− q. At the intersection point of these two lines we find that the same y-value occurs if − p 1−p x + p 1−p + 1− p = − q 1−q x + q 1−q + 1− q which is equivalent to [ q 1−q − p 1−p ]x = q 1−q + 1− q − [ p 1−p + 1− p] or [q(1− p)− p(1− q)]x = q(1− p) + (1− q)2(1− p)− p(1− q)− (1− p)2(1− q) This can be … y = p(1 − q) + 1 − p = 1 − pq. Summarizing, the intersection point has coordinates: (1− (1− p)(1− q), 1− pq) or (p + q − pq, 1− pq) (c) It’s a parabola. See after part (d). (d) Consider the intersection point for the two lines with parameters p and q, computed under (b). If we keep one line (with parameter p) fixed and we 1 vary the other parameter q, we see that their intersection point converges to the tangent point of the fixed line at C, if q converges to p. So, if we choose p = q, we find that … xF = 4 and xP = 6. By similar logic, the expected number of cards one has to by in order to get pictures of Finn and Poe, xFP , satisfies the equation xFP = 1/4 · (1 + xP ) + 1/6 · (1 + xF ) + 7/12 · (1 + xFP ) which implies after a straightforward computation that xFP = 73 5 . Similarly, xRP = 7 and xRF = 52 7 . Finally, the desired number xRFP satisfies the equation xRFP = 1/3 · (1 + xFP ) + 1/4 · (1 + xRP ) + 1/6 · (1 + xRF ) + 1/4 · (1 + xRFP ) with solution xRFP ≈ 8.22. Answer to Problem 4: …

… of the course Radiation Protection Officer – Dispersible Radioactive Materials level D (TMS-VRS D, or formerly Radiation protection level 5B), and autonomously work with dispersible radioactive substances (DRS), or autonomously work in areas or rooms where DRS are handled; or employees who have a diploma of the course Radiation Protection Officer – Medical applications (TMS-MT) or Veterinary applications (TMS-VT) and act as a Radiation Protection Officer for the use of X-ray devices. Article 2 … authorization to work with DRS, or supervise activities with ionizing radiation generating X-ray devices. Article 3 The contents of the programs are quality checked by the Supervising Officer radiation protection courses in collaboration with the Exam Committee radiation protection courses Randwyck. Together, they determine the participation requirements, and the time frame in which the refresher course is offered and must be participated in. Programs and participation requirements are published on … relevant, regular radiation protection course less than three years ago are excused from participating in this assignment. In case the expertise level of the followed course is questionable, the General Coordinating Radiation Protection Expert of the Complex License Randwyck (ACD) will assess whether the followed course justifies dispensation from the practical assignment. Article 5 Participants are welcome to take part in more activities than obligatory, provided this fits within the planned …

… Conditions to be granted protection • Application by producer group contains product specifications - Name to be protected - Description of product (physical, chemical, microbiological or organoleptic characteristics) - Definition of demarcated area - Where production steps take place - Details establishing the link between - […] 5 Quality, reputation or other characteristics Geographical origin Essentially attributable to Concept of trust Interpersonal trust “the willingness of a party to be … perform a particular action important to the trustor, irrespective of the ability to monitor or control that other party.” Mayer, Davis, Schoorman, An Integrative Model of Organizational Trust, 1995 Trust in an institution • Belief that goodwill and competence of an institution will achieve what is also in one’s own best interest (Shapiro, The Social Control of Impersonal Trust, 1987) principal – agent relationship 6 Trust in geographical indications networks 7 • Trust by producers and consumers • In the EU system of protecting geographical indications • To set up working governance structures • By means of which the GI system can perform the functions it is meant to do - Reduce search costs for consumers - Reward communities that have built up and passed on knowledge for generations Adressing the weaknesses in the EU GI system 1. Risk of Excluding Legitimate Producers Weakness • Heterogeneous, large-scale producer groups involving different sectors are likely …

… MSc Business intelligence and Smart Services Maastricht University, School of Business and Economics Bram Foubert Program Coordinator MSc BISS Associate Professor Marketing Analytics Today’s Agenda What is the BISS Master? 1 Our Programme 2 Where? 3 What does the future hold? 4 What is the BISS Master? Indeed.com: > 20,000 “business intelligence” job postings > 26,000 “big data” job postings “The future of business intelligence centers on making BI relevant for everyone, not only for information workers and internal employees, but also beyond corporate … A n al yt ic s D at a sc ie n ce B u si n e ss A n al yt ic s D at a ga th e ri n g D at a ga th e ri n g http://www.google.nl/url?sa=i&rct=j&q=&esrc=s&source=images&cd=&cad=rja&uact=8&ved=0ahUKEwjT16jp8ubPAhVGfRoKHW6CDVcQjRwIBw&url=http://www.123rf.com/photo_13020515_manager-overseeing-business-woman-working-on-computer-at-the-office.html&bvm=bv.135974163,d.d2s&psig=AFQjCNF711GCvhOTvcfIWpTuLEfq2ALX9Q&ust=1476967422291609 …

… applicable 2019/2020 2020/2021 E-mail ………@maastrichtuniversity.nl The Sending Institution Name MAASTRICHT UNIVERSITY Erasmus code 4 NL MAASTRI01 Faculty/Department ……… Address Minderbroedersberg 4-6 NL 6200 MD Maastricht Country/ Country code5 NL 528 Contact person name and position (this is your manager) ……… Contact person e-mail / phone ……… The Receiving Institution / Enterprise 6 Name ……… Erasmus code (if applicable) ……… Faculty/Department ……… Address ……… Country/ Country code ……… Contact person name and position ……… Contact person e-mail / phone ……… Size of enterprise ☐<250 employees ☐>250 employees N.B. For guidelines, please look at the end notes on page 3. Section to be completed BEFORE THE MOBILITY I. PROPOSED MOBILITY PROGRAMME Language of training: ……… Type of staff training (remove what is not applicable): Job shadowing / Training / Workshop / Other Overall objectives of the mobility: ……… Training activity to …