What Is An Entrepreneurship All about, How to Be a Leader Assignment

What Is An Entrepreneurship All about, How to Be a Leader - Assignment Example Entrepreneurial implies that an individual must display the ideal knowledge to operate a company. In my case, I have displayed a tendency to make strategic decision. For instance, I use my time to study efficiently, which involves subdividing my time in order to understand how to allocate equal time to the subjects I took. During my time in the university, I did some community work managing the community center. During my time as an operations manager, I managed to ensure my subordinates worked efficiently, which meant subdividing the workload between the subordinates. Another important factor during my time in the community center was being prompt to work in order to create a work schedule which would ensure all the work for the day was accomplished. In some cases, I had to pitch in on the tasks in order to cover for workers who may were unwell to report for work (Kleiman, 2010). Such factors were important in order to ensure that the community center operated efficiently; hence, de monstrating my entrepreneurial qualities. In terms of being entrepreneurial, I will be able to make decisions promptly, which will not put the company in jeopardy. I am an efficient worker, which ensures that I am very reliable in relation to accomplishing tasks quickly and with the expected quality and high standard of the company (Kotter, 2002). I can operate independently without the need for supervision, which is a quality that entrepreneurs possess. This means that I can work independently, but not in a manner that suggests I cannot work in a team. Another aspect of my character is my ability to coordinate individuals.

Differential-Amp Circuits Lab Report Example | Topics and Well Written Essays - 750 words

Differential-Amp Circuits - Lab Report Example From figure 2, the input signal was equal to the output signal (unity amplification), and in the same phase (the non-inverting amplifier); both the upper and lower Op Amps were buffer circuits. The value of output was 19.9V because the Op Amp was not ideal. V1a = V1d = 0.2V; V1b= 0V; V3a = 1.16V; V3b = -0.96V; V3d = 2.12V; Afd = 10.6; Afd % Error = 4.4%; R4 = 0.97kâ„ ¦; R5 = 0.97kâ„ ¦; Average of R5 and R4= 0.97kâ„ ¦; R6 = 9.80kâ„ ¦; R7 = 9.84kâ„ ¦; Average of R7 and R6 = 9.82kâ„ ¦ For better suppression or reduction of common mode gain, there was a potentiometer connected to the LM1458C op amps. The potentiometer maintained output voltage at OV when differential input voltage is not applied. The nulling potentiometer improved common-mode gain of small input voltage by availing even smaller input voltages, V1a=0.2V was suppressed to V3a=1.16V as seen in figure 3. A bridge was made for the generation of two different voltages. There was a difference in between measured and calculated voltages due to tolerance or level of uncertainty. The differential gain was obtained through the connection of bridge to respective inputs of the amplifier. The output voltages at the connected bridge were nearly similar to the unconnected bridge; this is because they are connected to the Op Amp inputs that have input resistance of not less than several hundred kâ„ ¦ (LM1458C has 2Mâ„ ¦); V1a was equal to V1b with voltage of 0.197V which corresponded to output 21.3V. The measured differential gain was 107.878. There was minimal signal picked as observed from the oscilloscope, this was due to drifting and DC offset. This problem was caused by low-frequency DC signal; since DC is zero frequency. We could have constructed a high pass filter with very low cutoff frequency so that the Electro Cardiogram’s signal not to degrade. So both large capacitor of more than 1Â µF and large resistor of more than 1Mâ„ ¦ should have been put in place. The instrumentation