Reference no: EM13265463
Detail oriented and IT enthusiast, who develop skills that will enable me in my disciplines that will help me. I am willing to do whatever it takes to achieve my dream. If it means an extra mile, two or three, I know I can last the distance. Hard work, sacrifice and even pain are familiar to me. My ultimate goal is to utilize the intellectual richness and diversity to enhance my skills.
Why Interdisciplinary?
Being an Interdisciplinary has changed me as a person. This program has paved a new way of thinking to be able to design my own program. Interdisciplinary has allowed me to be self confident and flexible without any struggles.
Why These Areas of Study?
From an early age, I've always had a profound interest in computers. It was through my parents that instilled me into computer through working in their family business. For as long I can remember I wanted to become a computer scientist based on my love of science and working on school fair projects really piqued my interest in the field. This gave me first hand experience of how computers work and where I often engaged in every aspect of the business. I also took a six month course and developed a passion of computers and Business management. This also helped me feed my enthusiasm towards the subject and gain deeper knowledge.
Key Events
- The key events, situations, and influences that lead to your disciplinary interests
Academic Interests
- What is it exactly that interests you about your discipline (be sure to be as specific as possible and include specific concepts, topics, methods, or perspectives of interest)
- How you plan to use your disciplinary knowledge and skills in your future, especially in your future career plans or goals
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Determine current if inductor with initial current is linear
: consider the dual circuit where the value of the inductor is L=1H, the initial current in the inductor is iL(0)=-1amps, and the input is the source vs(t). Let vs(t)=u(t)=u(t-1). Plot the corresponding current iL(t) for all times.
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Obtain the speed of the block
: A stationary block of mass M - m is struck by a bullet of mass m traveling at speed v0. During the impact, obtain the speed of the block
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What components in the configuration assure of the operation
: BJT can be used as a switching network. In this case, Q-Point jumps from one extreme of Dc Load Line to the other creating Saturation and cutoff conditions. What components in the configuration assure us of this operation
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Find the work done by the aluminum
: A 6.0 kg block of aluminum is heated from 20°C to 90°C at atmospheric pressure. Find the work done by the aluminum
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Diversity to enhance skills
: What is it exactly that interests you about your discipline (be sure to be as specific as possible and include specific concepts, topics, methods, or perspectives of interest
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Compute the transfer function h of the system
: A continuos-time system is given as a differential equation: y''(t)+2y'(t)+3y(t)=x'(t)+x(t-2) a. Compute the Transfer function H(s) of the system. b. Compute the Impulse Response h(t). c. Compute the Step Response g(t).
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Some of linear regression in forecasting future conditions
: Most businesses use some form of linear regression in forecasting future conditions. Give an example of the use of regression analysis at your organization. What were the independent and dependent variables?
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Calculate the scale reading compared with his weight
: A 75.0 kg man stands on a bathroom scale in an elevator that accelerates upwards from rest to 30.0 m/s in 2.00 s. Calculate the scale reading compared with his weight
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Determine the magnification of the mirror
: A virtual image is formed 21.0 cm from a concave mirror having a radius of curvature of 34.5 cm. What is the magnification of the mirror
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