1. Two parallel wires (as shown in the diagram below) carry a voltage of 15-V and a resistance of 6 ohms in the same direction. Determine the magnitude and direction of the net magnetic.field (B) at each of the three locations (a, b, & c). Note: (1m = 100cm) paralel current carrying wires -4 cm -3 cm -2 cm -1 cm 0 cm +1 cm +2 cm +3 cm +4 cm 12 A 12 A

01011003 - Electrical/Electronic System Fundamentals - Personal - Microsoft Edge https://college.fordservicetraining.com/SCORM/Shell.html?id=d0c4da2b-dd62-4326-b80f-5b12de237f26&ver=2004 Electrical Fundamentals Which of the following is considered a pushing force? A) Resistance B) Voltage C) Current D) All of the above Back Next 41 of 52 O Type here to search O000

Please provide steps for how you got the solution to the problem provided below. I own two umbrellas and keep them either at home or in the office. In the morning I leave my home and head to the office and then come back in the evening. If when I leave either location it is raining, I will grab an umbrella (if available) and carry it with me all the way and then leave it at the destination. I do not relocate the umbrellas for any reason other than using them to move when raining (in other words, if it is not raining, I leave all umbrellas where they are). For simplicity, assume that it rains with probability 0.2 in the morning and with the probability 0.4 in the evening (independently from each other). Model the location of umbrellas as a Markov chain. Give transition matrix and transition diagram. If I have 2 umbrellas at home monday morning, what is the expected number of umbrellas that I will have on Wednesday?Define states as the number of umbrellas at my home in the morning and…

What causes the normal heating in electronic devices? Not things that cause an anormal disfunction like dust or something else, but the one thing that by default creates normal heat in a system. I mean the actual part of the device which creates that heat.