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If the percentage impedances of the two transformers working in parallel are different, then

If the percentage impedances of the two transformers working in parallel are different, then Correct Answer parallel operation will still be possible, but the power factors at which the two transformers operate will be different from the power factor of the common load

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Consider the following statements regarding parallel connection of 3-phase transformers: 1. The secondaries of all transformers must have the same phase sequence. 2. The phase displacement between primary and secondary line voltages must be the same for all transformers which are to be operated in parallel. 3. The primaries of all transformers must have the same magnitude of line voltage. Which of the above statements are correct?
A, B, C, D, K, L, M and O are researchers and are working in three different institutes, X, Y and Z. They are working in three different areas namely, solar energy, sustainable development, and rainwater harvesting for agricultural purpose. Not less than two or more than three researchers are working in the same area and not more than three of them are working the same institute. K is researching in the sustainable development in the institute Y with B who is doing research in rainwater harvesting. A and M are doing research in the same area but not in sustainable development and are not working in the institute Y. C is researching in solar energy in the institute Z, only with D who is working in sustainable development. L is researching in rainwater harvesting area and not working in the institute where A works. O is not doing research in the solar energy. Choose option for answering question, In which of the institute/institutes at least one researcher is working in the area of solar energy ?
If the percentage impedances of the two transformers working in parallel are different, then ______________________
Study the following pie chart and table and answer the question that follows. The number of people in a company working in various fields - Total number of people working = 2800   Percentage of females in the company working in various fields: Field Percentage IT 45% Sales 40% HR 75% Designs 60% Production 20% Services 25%   The number of females working in HR is what percentage of the total number of people working in all the fields together?
For two transformers connected in parallel, not having unequal percentage impedances, which statement is correct?
What is the total number of employees in the company? Which of the following option is sufficient alone to find the answer? A) In the company, employees like either tea or coffee or cold drink. Out of the total employees, 25% like tea and 40% like coffee. Out of remaining employees, 20% like cold drink and remaining employees don’t like any of these drinks. B) Out of total employees 18% working in the marketing departments, 35% working in IT departments. From the remaining employees 25% working in HR departments and 45% working in content departments and remaining 141 are working in other departments. C) Employees working in the company is form state X, Y and Z. 20% of employees working in the company is from state X and from remaining 60% employees is from state Z and the remaining employees is from the state Y. D) 60% of the employees in the company are married and remaining employees are unmarried. The ratio of male and female unmarried employees is 4 : 5 and ratio of married male and female employees is 3 : 4.
Study the given pie chart and answer the question given below. Percentage breakup of employees working in different departments of a company Department the ratio of men and women male female Information technology (IT) 11 12 Account 5 4 Marketing 8 9 Production 4 3 Human Resource (HR) 9 5 Total number of employees = 1800 If 10% of the men working in the Accounts department are transferred to the HR department, and one-fourth of the female employees working in the Production department is transferred to the Marketing department, then the number of male employees working in the HR department is what percent less than the number of female employees working in the Marketing department? (correct to one decimal place)
When a 1-phase transformer is connected in parallel, there are four conditions for proper parallel operation, but when two or 3-phase transformer paralleling is done, there are two additional points along with those four conditions applied for 1-phase. Statement 1 - The phase sequence must be the same. Statement 2 - The phase shift between primary and secondary voltages must be the same for all transformers connected in parallel. From the above two Statements (s), which is/are the correct conditions in this regard?
If a star connected system has equal impedances Z1, then after converting into delta connected system having equal impedances Z2, then?
Two transformers are connected in parallel. These transformers do not have equal percentage impedance. This is likely to result in