Participants will have a wide range of options for the e-business plan. Below are some ideas: An exploratory e-business plan for a proposed new online business including Web site, shopping cart, portal, etc. An e-business plan to manage employees, point of sale, or customer relations A plan to move existing business activities such as accounting, inventory, communications to the Cloud An e-business plan for developing a specific aspect of the business such as a Web site, payment systems, marketing, social media or mobile devices Week 1 paper. Introduction and Purpose. The first step in the project is to select an idea for an e-commerce proposal that you would like to research and possibly. This will probably be the most difficult step in the process. Below are some general suggestions for the format of the week 1 paper. These should be considered only as suggestions, not an outline. Tailor your paper to the issue of your interest. Introduction and background of the existing business. Description of your e-commerce objectives The purpose of your paper. The purpose should be a one-sentence statement such as, ?The purpose of this proposal is to?? or ?The purpose of this proposal is to address the research question??? Research methods; what you will do in to research your topic. Why your proposal is relevant, needed, useful, etc
December 14, 2017
Advanced Computer Application Homework 1
December 14, 2017

The pull-in voltage

A parallel plate capacitor with four silicon support beams is shown below. (a)

The top plate has area of 1×1 mm2. Calculate the capacitance values for two distances

between the electrode plates: 2 and 0.5 ?m. The medium is air.(b) The four support

beams are each 500 ?m long, 5 ?m wide, and 0.3 ?m in thickness. What is the

force constant Km experienced by the parallel plate capacitor? (diagram not drawn to


(b) If the support beams becomes 0.25 mm long (i.e. half as long as before), which of

the following statement would be correct?

(1) The pull-in voltage would increase by four times

(2) The plate would pull in when the displacement of the beam exceeds xo/6 instead.

(3) The electric force constant (ke) at the pull-in point will be increased by 8 times.

(4) The resonant frequency of the device will decrease.


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