You oversee the marketing department for a US based company….

You oversee the marketing department for a US based company.  The company has decided to expand into Canada and you have been tasked with marketing the product in Canada.  You receive the chart below to help decide if you need to make changes to the marketing strategies you currently use in the United States.  Suppose you decide to change the marketing strategy in Canada if the percent of access method in Canada differs by less than 10% from the United States.  Which digital access method strategies would be the same for the United States and Canada?  Choose all answers that apply. digital media access picture-1.jpg

An appliance store wants to conduct an experiment to determi…

An appliance store wants to conduct an experiment to determine the effect of advertising on sales revenue.  The data table contains the advertising expenditure (in $100s) and sales revenue (in $100s) in the past 5 months.  Below the data table, you will see the results of the regression analysis that was performed using Excel.  You need to decide what the sales revenue will be with an advertising expenditure of $150, if possible.  Discuss why you are able to use the regression equation to predict the sales revenue.  What will be the sales revenue rounded to the nearest dollar?  Support your answer.        Advertising expenditure ($100s) Sales Revenue ($100s) 1 1 2 1 3 2 4 2 5 4     Coefficients Standard Error t Stat P-value Intercept -0.1 0.635085296 -0.157459164 0.88488398 X Variable 1 0.7 0.191485422 3.655630775 0.035352847

Calculate the time required to discharge a capacitor in a RC…

Calculate the time required to discharge a capacitor in a RC circuit when only one electron’s charge is left; that is when q = e. In the circuit we have R = 670 kΩ{“version”:”1.1″,”math”:”Ω”}, C = 0.920 μ{“version”:”1.1″,”math”:”μ”}F, Q0 = 7.00 μ{“version”:”1.1″,”math”:”μ”}C.

The wires in a household lamp cord are typically 3.0 mm apar…

The wires in a household lamp cord are typically 3.0 mm apart center to center and carry equal currents in opposite directions. If the cord carries current to a 100-W light bulb connected across a 120-V potential difference, what force per meter does each wire of the cord exert on the other? Is the force attractive or repulsive?