### Educational Content#### Description of the ScenarioIn the given circuit, a 20-ohm resistor is placed inside 114 grams of pure water, which is surrounded by insulating Styrofoam.#### Problem Statement**Part A:**If the water is initially at a temperature of 10.8°C, determine the time it will take for its temperature to rise to 58.7°C.- Use 4190 J/(kg·°C) as the specific heat capacity of water.- Express your answer in seconds using three significant figures.**Hints:**- There is an option to view available hints which are not displayed here.#### Interactive Component- Input field for Δt (time duration in seconds) with a section for submitting answers.- Feedback shown after submission with an indicator if the answer is correct or incorrect (e.g., "Incorrect; Try Again").#### Diagram ExplanationThe circuit diagram illustrates the following:- A **20.0 Ω resistor** is connected and embedded in water.- Series-parallel resistor combinations include: - Two **10.0 Ω resistors** in parallel. - The parallel combination is in series with: - Another **10.0 Ω resistor**. - Two other parallel branches consisting of **5.0 Ω and 5.0 Ω resistors**.- The total circuit is powered by a **30.0 V battery**.This setup is designed to investigate how electrical energy is converted into heat energy to warm the water.

1R=120+120+110⇒1R=1+1+220⇒1R=420⇒R=5ΩIn series combination equivalent resistanceReq=R1+R2+....and…

Answered: In the circuit in (Figure 1), a 20-ohm…

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