My project report is on ‘how network architecture has changed over the decade’. In this report‚ I’d be talking about different network architecture that has been adopted over the past years. I would as well put light upon early network architecture and the advantages and disadvantages of former and why and how latter architecture were needed and adopted. Network architecture is the design of communication network. It is the complete framework of computer network. The diagram of the network architecture
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Portfolio Theory Case (Professor David Moreno) PARTNERS HEALTHCARE CASE The goal of this case is to teach to students the relevance of non traditional assets (as real states or commodities) in a well-diversified portfolio. Moreover‚ students will be able to practice with the most important concepts from portfolio theory as efficient frontier‚ dominated portfolios‚ Sharpe ratio‚ among others. In addition‚ students are learning how portfolio theory can be useful not only for portfolio managers
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Introduction Samsung has been in the business for over 70 years‚ it is a company which is considered to diversify its business ranging from mobile phones to washing machines‚ TV’s to microwave‚ all kinds of home appliances to the most modern worldly technology needs of human kind. Samsung is a $160 billion company. Through research‚ reliability and a talented workforce‚ Samsung is able to provide technological solutions for our everyday lives. Samsung is known for its TVs however they have penetrated
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10. What does the 100 in the name 100BaseT network? A. The transmission speed of the network‚ which is 100 Mbps. 11. Which type of networking cable is more reliable‚ STP or UTP? Which is used on LAN? A. STP is more reliable‚ UTP is used on LANs 12. Which is more expensive‚ UTP Cat-5e cabling or STP Cat-5e cabling? A. STP CAT5e is more expensive because it is shielded 13. When looking at a network cable that is not labeled‚ describe how you
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contained in this container? 4. What is the volume of a balloon if it contains 3.2 moles of helium at a temperature of 20. (C and standard pressure? 5. Calculate the volume which 1.00 mole of a gas occupies at STP. 6. What volume would 20.0g of CO2 occupy at a temperature of 25 (C and a pressure of 105 kPa? 7. A 23.6g sample of an unknown gas occupies a volume of 12.0 L at standard temperature and pressure. What is the molecular mass
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A bus topology is the minimum complex network configuration it creates use of a single transmission medium called a coaxial cable. The star topology consists of shielded twisted pair wire (STP) or unshielded twisted pair wires (UTP). Due to the high cost of STP wire‚ most networks use UTP‚ however‚ STP wire must be used if the distance between the hub and the node beat 110m. In most examples the cable is many different lengths joined by a T-connector which allows the cable to divide into various
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molecule of water and 100 molecules of C12H 22O11 8. Calculate the mass of an atom of silver (Ag = 108 amu) 9. Calculate the number of atoms in (a) 52 moles of He (b) 52 a.m.u of He (c) 52 g of He 10. Calculate the volume occupied by the following at STP a. 14 g of nitrogen gas b. 1.5 gram mole of CO2Che/XI Chapter 1 11. Calculate the number of moles in each of the
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moles-stoichiometry-practice-problems Now you’re ready to use what you know about conversion factors to solve some stoichiometric problems in chemistry. Almost all stoichiometric problems can be solved in just four simple steps: 1.Balance the equation. 2.Convert units of a given substance to moles. 3.Using the mole ratio‚ calculate the moles of substance yielded by the reaction. 4.Convert moles of wanted substance to desired units. These "simple" steps probably look complicated at first
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Introduction The objective of this experiment is to combine Magnesium (Mg) with hydrochloric acid (HCl) to determine the molar volume of hydrogen gas (H2) (converted to the molar volume at STP) and then‚ to compare obtained results with the molar volume of an ideal gas. To determine the measured molar volume of hydrogen gas‚ we are going to use this equation: The molar volume of the ideal gas will be determined by the equation ‚ where T = 237 K‚ P = 101.3 kPa. The hydrogen gas will be collected
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resulting pressure? 3. A gas occupies 30 L. When the gas is heated from 50C to 100C‚ what is the final volume? 4. In a lab‚ Neon vapor occupied a volume of 1 liter at STP‚ the volume was changed to 4 liter and the temperature climbed to 25C‚ what was the final pressure? 5. Originally a gas occupied 600ml at 22 C what was the final volume at STP? 6. A sample that contains 2.4 moles of gas at 278 K has a pressure of 3.2 atom. What is the volume? 7. What
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