39 use the circuit diagram to decide if the lightbulb will light. justify your answer.

The correct answer was given: ghari112345. Yes, the bulb would light. Explanation: The light-bulb is placed in parallel combination with a switch. The switch is open which means this would offer high resistance and current would not flow in this path. answer choices. Straightening the wire so that the current can flow more easily. Adding a switch and more wire so that the current can flow more easily. Turning one battery so that its positive end connects to the other battery's negative end. Making the length of wire the same on both sides of the lightbulb.

PLAY. Match. Gravity. It has the same intensity. Click card to see definition 👆. Tap card to see definition 👆. A circuit contains three light bulbs in parallel. After observation, a fourth light bulb is added, also in parallel. How does the intensity of the four light bulb circuit compare with the intensity of the three light bulb circuit?

Use the circuit diagram to decide if the lightbulb will light. justify your answer.

5 Jun 2021 — answers to question: Use the circuit diagram to decide if the lightbulb will light. Justify your answer - on answers-learning.com.2 answers · 2 votes: It will. Explanation:For a circuit to function properly, everything has to be connected. As the diag... 5 Jun 2021 — Find an answer to your question Use the circuit diagram to decide if the lightbulb will light. Justify your answer.2 answers · 1 vote: Answer:It will. Explanation:For a circuit to function properly, everything has to be connected. ... If the light bulbs are connected in parallel, the current flowing through the light bulbs combine to form the current flowing in the battery, while the voltage drop is 6.0 V across each bulb and they all glow. In a series circuit, every device must function for the circuit to be complete. One bulb burning out in a series circuit breaks the ...

Use the circuit diagram to decide if the lightbulb will light. justify your answer.. Physics questions and answers. The lightbulb in the circuit diagram of (Figure 1) has a resistance of 1.1 ? . Consider the potential difference between pairs of points in the figure. Suppose that E = 3.0 V . 1-What is the magnitude of ?V12? 2-What is the magnitude of ?V23? 3-What is the magnitude of ?V34? 4-What is. Justify your answer. Use the circuit diagram to decide if the lightbulb will light. Justify your answer. Sample Response: The lightbulb will not light because this is a short circuit. The branch without the bulb has almost no resistance, so all the current will flow through that branch instead of flowing through the bulb. Calculate the ... 16 Apr 2020 — Click here to get an answer to your question ✍️ A student is ... Use the circuit diagram to decide if the lightbulb will light. Justify ...2 answers · Top answer: It’s will be B because the circuit had a open or close so if that doesn’t work than ... 22 Jul 2021 — Help asap plz !!! Use the circuit diagram to decide if the lightbulb will light. Justify your answer. Get the answers you need, now!1 answer · 0 votes: Answer:I wish I knew the answer to that question

10 Mar 2019 — Answer: Yes, the bulb would light. Explanation: The light-bulb is placed in parallel combination with a switch. The switch is open which means ...2 answers · 65 votes: It will light up. As it is a parallel circuit, electrons will flow through the circuit where ... 5 Nov 2019 — Add your answer and earn points. ... Use the circuit diagram to decide if the lightbulb will light. Justify your answer. The sample answer ...1 answer · 0 votes: Answer:(a) Measure flow of current(b) If there's flow of current, measurement is non-zero figure but if there's no flow the reading on ammeter is zeroExplanatio ... Use the circuit diagram to decide if the lightbulb will light. Justify your answer. The sample answer is: The lightbulb will not light because this is a short circuit. The branch without the bulb has almost no resistance, so all the current will flow through that branch instead of flowing through the bulb. ( Assume each bulb is like a resistor for; Question: 2.) A battery is connected to two identical light bulbs in parallel as well as another identical bulb in series. An ammeter and a voltmeter are also connected as shown in the circuit diagram below. One of the light bulbs connected in parallel is unscrewed.

5 Jun 2021 — Correct answer ✓✓ to the question ➔ Use the circuit diagram to decide if the lightbulb will light. Justify your answer - ieduanswers.com. Answer: 1 📌📌📌 question Use the circuit diagram to decide if the lightbulb will light. Justify your answer. - the answers to estudyassistant.com If the light bulbs are connected in parallel, the current flowing through the light bulbs combine to form the current flowing in the battery, while the voltage drop is 6.0 V across each bulb and they all glow. In a series circuit, every device must function for the circuit to be complete. One bulb burning out in a series circuit breaks the ... 5 Jun 2021 — Find an answer to your question Use the circuit diagram to decide if the lightbulb will light. Justify your answer.2 answers · 1 vote: Answer:It will. Explanation:For a circuit to function properly, everything has to be connected. ...

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