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juan montgomery

juan m.

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BEST MATCH

It is claimed that 47% of all Starbucks’ customers regularly use a mobile app to make their purchases. Olivia believes a different percentage of Starbucks’ customers regularly make purchases using a mobile app. Olivia surveys a random sample of 200 Starbucks’ customers and finds that 102 of these customers regularly use a mobile app to make purchases. Olivia proceeds to conduct a hypothesis test by calculating the following test statistic. She reports the final P-value as being 0.1357. What is wrong with the way in which Olivia conducted this hypothesis test? A. Nothing is wrong. B. The test statistic should have been multiplied by two before finding the resulting P-value. C. Instead of using the sample size of 200 in the denominator of the test statistic, the sample size of 102 should have been used. D. The P-value should be 0.2714 instead of 0.1357. E. The numerator of the test statistic should be “0.47 – 0.51” instead of “0.51 – 0.47.”

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BEST MATCH

Show that the fluid potential is an energy term by carrying out a dimensional analysis on the equation.Φ=gZ+pρ. Do so for the SI system of units

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How many liters are in 333 mL? 12345 95.000 12345 257 12345 0.45 12345 0.00001 12345 4005

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An electron starts from rest 35.0 cm from a fixed point charge with Q = -0.105 \mu C .

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BEST MATCH

Rent seeking is the lobbying for special treatment from the ____ to ____ or to divert consumer surplus or producer surplus away from others. A. government; create economic profit B. trade union; maximize production C. government; lower production costs D. producers; create economic profit

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What is the marginal cost of a good? the variable cost of producing a good the cost of producing a typical unit the cost of producing one more unit the per-unit cost of producing a good

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A 100 kW solar electric installation costs $500,000. The Investment Tax Credit is 30%. The energy produced by the system is $20,000 per year. The simple payback is 5 years. What is the annual fixed value of the renewable energy credit?

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BEST MATCH

I have a group project that has us creating a network for a business which is DC Water. The network must include layers 1, 2, and 3. The network design will need to go up to layer 7, which is the focus of the course. In this course, we are adding and configuring servers in active directory. I am struggling with designing a network for this project as I struggle greatly with networking. The following is an outline for what is required from layers 1, 2, and 3. I would like help with the network design of a large business that has 1000 employees and has a main office, two branch offices, a wastewater plant, and out-of-office employees. The "why" of the network setup is the most important part. Thank you for your help. Project Phase 1 Outline for Phase 1 Company Information Locations (sites, branch offices) Number of employees Industry/market Services provided/products manufactured. Stakeholders (customers, partners, government (HIPAA, FERPA, Legal Policies)) Network: Topologies (WAN, LAN) (Star, hybrid, mesh, bus) WAN – (star, hybrid, mesh, bus) – (ISP) WLAN Wired/Wireless Configuring - How do you determine the proper configuration? Active Directory (DC) 1st- Domain, Naming conventions Domains identified; subnets identified Network ID? What subnet? What is the IP address range?

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If $y = a \cos(\log x) + b \sin(\log x)$, show that $x^2y_2 + xy_1 + y = 0$ and \\ $x^2y_{n+2} + (2n + 1)xy_{n+1} + (n^2 + 1)y_n = 0$.

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For the below shown circuit calculate: 1. The equivalent resistance $R_{eq}$ in Ohm 2. The voltage $V_A$ units 3. The voltage $V_B$ units $V_s$ 100 V + $R_1$ $\\\\\\\\\\\\\\\ 1.0 k\Omega$ $R_2$ $\\\\\\\\\\\\\\\ 330 \Omega$ $R_3$ $470 \Omega$ A $R_4$ $560 \Omega$ $R_8$ $100 \Omega$ $R_5$ $1.0 k\Omega$ $R_6$ $1.5 k\Omega$ B $R_7$ $680 \Omega$

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