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If the only difference in the images is the length of the pendulum, then that's all you can say has changed, so you answer as if the clocks are identical with exception of the pendulum length. Less
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It's basic physics. The shorter pendulum swings more quickly.
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Nope it's not "basic physics" a clock pendulum is not driven by gravity it is driven by a "pendulum drive unit" that continually "kicks" the pendulum to ensure that it stays at the proper speed so that is why a clock designed with a short pendulum will run at the same speed a clock designed with a long pendulum... old school clocks before the drive unit would use weights and pullies to ensure the pendulums swung at the proper speeds... Less
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This was unexpected because I feel like that is something that shouldn't disqualify you from getting a job Less
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This is them figuring out if you will stay long term. They want to know how long they'll have you to do mundane work for them. At the same time, if you excel at the position, they'll remember the answer to factor whether or not to "promote" you to a lead position. Less
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The above answer is correct. So always say “no” because it’s nobody’s business what your next move is, especially at such a starting-level position with high turnover at this company anyway. Saying yes to this question can only hurt you. Less
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A semiconductor is a material that is usually non-conductive at standard conditions but will start to conduct electricity at different conditions due to temperature or combination of other conditions. A micrometer is 1/millionth of a meter and a nanometer is 1/10^-9 of a meter Less
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I dont know
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A double pulley system is better.
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A single pulley system is better.
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Mechanical relays can handle much higher currents than a transistor. (100 A vs < 50 mA) Optical relays are much more "plug and play" than a transistor. You don't have to worry about biasing or resistors or anything. For PCB circuit use you can use either a transistor or a low current optical relay. Both take up about the same size. Less
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V=IR and was told that this wasn’t correct.
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Voltage=Current (I)*Resistance (R)
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I disagree. Share what you honestly feel for subjective answers. It's better to find out a you and a job are not a good fit during an interview than shortly after you start work. Less
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Avoid all subjective statements, keep your responses limited in scope to how they can benefit their company. If asked anything subjective, try to deflect or redirect. Less