Photo Analysis Request

medetbek

medetbek

IMG-20260504-WA0025.jpg

Image

flux

The photo shows a restaurant table with shared food: fried dough/bread pieces, fries, salad plates with shredded cheese and egg, a sizzling-style vegetable/meat dish, glasses, cutlery, napkins, and a tissue box. It’s a general dining scene—not an electronics/PCB photo—so there are no components, markings, or PCB issues to inspect.
medetbek

medetbek

Analyze the hand

flux

The visible hand is on the upper-left side of the photo, holding a ribbed drinking glass. It appears to be a person seated at the table wearing a dark sleeve with an orange/yellow garment; only part of the hand and wrist are visible, so I can’t reliably infer anything beyond that.
Clarify “hand”
Inspect uploaded file
Analyze schematic
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    Mechanical Plum T-800

    Mechanical Plum T-800 thumbnail
    a. Linearity
    1. Design a network composed of resistors 1 and a current source located in a peripheral mesh. This network should have at least two nodes and three meshes. Simulate this network in your preferred simulation software. In the simulator, change 2 the value of current in your current source. Record and analyze the changes you noticed in the network parameters. Pay close attention to the branch currents.
    2. Like step 1, design a network composed of resistors. However, this time, instead of a current source, use a voltage source. Also, increase the complexity of the network by either adding more nodes and meshes, placing the voltage source in a non-peripheral mesh, or both. Simulate this network. In the simulator, change the value of voltage in your voltage source (like step 1). Record and analyze the changes you noticed in the network parameters. Pay close attention to the branch currents.
    3. Make a generalization out of your results in steps 1 and 2.

    Properties

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    Pricing & Availability

    Distributor

    Qty 1

    Controls