Describe the three advantages for using an internal evaluator and three advantages for using an external evaluator.

Answers

Answer 1
Advantages of using an internal evaluator:

1. Organizational Knowledge: Internal evaluators possess a deep understanding of the organization's structure, culture, processes, and goals. This familiarity allows them to navigate the internal dynamics effectively and tailor evaluations to meet specific organizational needs.

2. Accessibility and Timeliness: Internal evaluators are readily available within the organization, enabling frequent communication, quick response times, and easy access to relevant data and resources. This accessibility facilitates timely evaluations, providing real-time feedback and allowing for adjustments and improvements as needed.

3. Institutional Memory: Internal evaluators have firsthand knowledge of past evaluation efforts, lessons learned, and historical data. This institutional memory allows them to build upon previous evaluations, track progress, and maintain consistency in evaluation approaches over time.

Advantages of using an external evaluator:

1. Objectivity and Independence: External evaluators bring a fresh perspective and independent judgment to the evaluation process. They are not influenced by internal biases, politics, or vested interests, which allows for a more impartial assessment of the program or organization.

2. Specialized Expertise: External evaluators often possess specialized skills, knowledge, and experience in evaluation methodologies and best practices. They bring a wealth of expertise from working with diverse organizations and can offer innovative evaluation approaches, tools, and insights.

3. Credibility and Stakeholder Confidence: Employing an external evaluator can enhance the credibility of the evaluation process, particularly when the evaluation results will be shared with external stakeholders or funders. The presence of an independent evaluator can instill greater trust in the evaluation findings, conclusions, and recommendations.

Related Questions

Other Questions
Describe how the U.S. compares with other countries, and give anexample of why you think the U.S. is where it is today in terms offighting the pandemic. Computer Graphics QuestionNO CODE REQUIRED - Solve by hand pleaseGiven a circle whose center is at (4, 5) and radius r =6 pixels, demonstrate the midpoint circle algorithm to draw the circle by determining positions for four points along the circle. in the solid phase the molecules or atoms are very closely packed as a result of weak molecule bonds true or false ? According to recent studies cited in this chapter, in choosing a bank to supply their deposits and other services, which of the following factors do business firms rank first? aphysics system in resonancecan someone answer a very extensive theory about it Why are maps in the PLSS measured in chains and links? 2. What is the distance from an IP (initial point) to the NE corner of Sec. 18, T3S, RIW? Draw picture to show the location of this point in re Given circle E with diameter CD and radius EA. AB is tangent to E at A. If AB=48 and EB=50, solve for EA. Round your answer to the nearest tenth if necessary. If the answer cannot be determined, click Cannot be determined. Please help and quick If the force in cable AB is 350 N, determine the forces in cables AC and AD and the magnitude of the vertical force F. During the constitutional convention delegates disagreed over Selecciona por o para para cada espacio en blanco. Trial 1 shows a 1. 691 gram sample of cobalt(ii) chloride hexahydrate (mw = 237. 93). What mass would we expect to remain if all the water is heated off? Courtney and Angela have between $115 and $175 dollars to spend on jewelry for Christmas presents for their friends. If they buy 9 braceletsat $3.00 each and 6 necklaces at $11 each, how many pairs of earrings can they buy if they cost $6.00 each? Set up an inequality to model thisproblem, then solve it.O aObOcOd1152 9(3) +61) + 6x s175; They can buy between 3 and 14 pairs of earrings.115s 9(3) + 6(11) + 6x s175; They can buy between 3 and 13 pairs of earrings.115s 9(3) + 6(11) + 6x s175; They can buy between 3 and 14 pairs of earrings.115-9(3)s 6x s175-6(11); They can buy between 14 and 18 pairs of earrings. Match the statements below with the appropriate term. Delete the underline & replace it with the letter of your answer choice. Each letter/answer choice is used only once. _____ 4. Stored chemical energy; sugar_____ 5. The energy-carrying molecule that cells use for energy _____ 6. Process that stores energy from sunlight into the chemical bonds of glucose _____ 7. Organisms that make their own _____ 8. All animals, fungi, and many protists _____ 9. Organisms that must eat; another name for a heterotroph _____ 10. Molecules that store energy in their chemical bonds _____ 11. The site of photosynthesis _____ 12. The site of cellular respiration A. Mitochondria B. Chloroplast C. Cellular respiration D. Photosynthesis E. Energy F. ProducersG. ATP H. Glucose I. Autotrophs J. Heterotrophs K. Consumers L. Food Draw the logic diagram for a circuit that uses the cascadable priority encoder of Figure 7-12 to resolve priority among eight active-high inputs, I0I7, where I0 has the highest priority. The circuit should produce three active-low address outputs A2_LA0_L to indicate the number of the highest-priority asserted input. If at least one input is asserted, then an AVALID output should be asserted. Be sure to name all signals with the proper active levels. You may use discrete gates in addition to the priority encoder, but minimize the number of them. Be sure to name all signals with the proper active levels "Consider a perpetual security with quarterly payments. What is thepayment if the interest rate is 18% and the security trades for$100?" Frankie Ltd is a forestry company that owns a plantation forest of silver firs trees. Typically, silver firs trees take 20-50 years until they are mature to harvest. The trees were planted in 2010. At the start of the 2021 financial year, there were 1,520 silver firs trees on the plantation with each valued at $170. At the end of the financial year, due to air pollution, Frankie Ltd had only 1,250 trees but each was valued at $220. Frankie Ltd also had equipment that valued at a book value of $130,000 ($26,000 accumulated depreciation) as at the end of 2021. This equipment was revalued to $140,000. In addition, Frankie Ltd paid $20,000 pruning expenses in 2021.Record the appropriate journal entries and show your workings. A parallel plate capacitor has area 1 m^2 with the plates separated by 0.1 mm. What is the capacitance of this capacitor? 8.85x10^-8 F 8.85x10^-11 F 8.85x10^-12 F 10,000 F Selected transactions for Marigold, an interior decorator corporation, in its first month of business, are as follows. 1. Issued stock to investors for $13,000 in cash. 2. Purchased used car for $10,600 cash for use in business. 3. Purchased supplies on account for $350. 4. Billed customers $3,850 for services performed. 5. Paid $110 cash for advertising at the start of the business. 6. Received $1,430 cash from customers billed in transaction (4). 7. Paid creditor $410 cash on account. 8. Paid dividends of $370 cash to stockholders. (a) For each transaction indicate the basic type of account debited and credited (asset, liability, stockholders' equity); the specific account debited and credited (Cash, Rent Expense, Service Revenue, etc); whether the specific account is increased or decreased; and the normal balance of the specific account. Account Debited 2. 3. 4. 5. 8. In this problem, you are considering a system designed to communicate human voice. To validate your complete system, you create the following test signal. g(t) = 2 +9.cos(21.500t) cos(211.2000t) +2.cos (21. 5000t) a) Provide a complete and well-labeled sketch the magnitude of the signal's spectrum, IGW). b) Your first component of your system (i.e., the signal conditioner) removes aspects of this test signal that are not relevant to the intended application. . Why would the first term ("2") be removed? Why would the third term ("2. cos (21. 5000t)") be removed? c) After signal conditioning, you are left with a signal m(t) that you will be using to test the remainder of your system. What is the full expression for m(t)? What is its power, Pm? d) You are now to sample the signal m(t) at 50% above the Nyquist rate. What is the sampling rate? Show your work. e) Discuss why, in practice, signals are over-sampled. Accompany your discussion with a figure(s) illustrating what is happening in the frequency domain. You're to implement a PCM system that linearly quantizes the samples and achieves an SNR after quantization of at least 24 dB. f) What is the minimum bit rate (Rp) needed to transmit the sampled quantized signal (mq[k])? Show your work. g) For this question only, what method would you use that could increase the SNR after quantization to 30 dB and use two less bits per sample for encoding? Provide the details quantifying the performance needed to implement this method. You now implement a particular (7,4) systematic linear Hamming block code where three of the resulting codes words are: [1 0 0 0 1 0 1], [0 0 1 0 0 1 1],[1 1 0 0 0 1 0] h) Provide the generator matrix for your (7,4) code. Clearly show your work and justify your answer. i) What is the new bit rate for the encoded data? Show your work. j) You receive the following 21 bits. What data do you decode? Clearly show your work and justify your answer. 0011110 011010 11000 101 k) Fully illustrate how to send the following three code words in a manner so that a burst of length b = 3 can be corrected. Introduce a burst of length b = 3 in the location of your own choosing and show that you can reconstruct the desired data. [1 0 0 0 1 0 1], [0 0 1 0 0 1 1],[1 1 0 0 0 1 0] The coded data from (k) is routed to a polar line-coder that uses a raised-cosine pulse with magnitude of Ap = 3.3V. The resulting signal is y(t). 1) What is the baseband bandwidth for y(t)? m) Determine the BER of this system if the channel noise is distributed -N(0,0.5). Derive your result assuming you have optimally placed your decision threshold and that "0"s and "1"s occur with equal likelihood. Simply writing the final "formula" is not sufficient. Your final answer should be numeric. n) Suppose instead, the same data were sent using the same pulse but with on-off signaling? How would your answer for (m) change? Again, derive your result. Simply writing the final "formula" is not sufficient. Your final answer should be numeric. o) Your optimal decision threshold in (m) and (n) was developed based on the assumption that "0"s and "1"s occur with equal likelihood in your bit stream. . What should be included in your communication system to ensure this assumption holds? James regards his new job as a challenge, whereas Stan regards the same new job as a potential threat. These different perceptions best illustrate O a. psychoneuroimmunology. O b. the general adaption syndrome. O c. immune deficiencies. O d. stress appraisal.