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prisoha [69]
3 years ago
7

You arrive at an intersection with traffic lights that are not working because of a power outage. What do you do?

Physics
2 answers:
d1i1m1o1n [39]3 years ago
8 0
You act as it is a four way stop
solmaris [256]3 years ago
5 0
I'm not sure if this is a school question or a question that you asked because you want to know (Quora is better for this), but I would:

Look around and see what everyone else is doing. Are any of them on phones? How many? If a lot of them are, they're probably calling police and I'd wait for police to arrive. If there was a lot if distress I'd get out of my car and call in my loudest voice to wait for police to come regulate traffic.

If no one else is calling police, I'd call. Tell them to send someone over as fast as they can to regulate traffic, and tell them what I think the importance level is, based on how many cars are backed up.

If people are still trying to drive, I'd try to get everyone to stop and wait for police to come regulate traffic. Stand on my car, call out, use a sign, make a sign, whatever I could think of. Use a whistle if I had one.

When the police came, I'd do what they told me to.

If I was on my way to work, I'd call my boss and say, "you probably know by now, but the traffic lights aren't working. I don't think I can be there in time."
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I need help with this too. (im not good at science or math)
mr_godi [17]

Answer:

i belive 1 m/s

Explanation:

dividing displacement from time it should be 1 cuz 5/5 is 1

please tell me if right!

6 0
3 years ago
Read 2 more answers
A car with a mass of 800 kg, moving at +15 m/s, crashes head on with a 1500 kg truck moving at -45.5 m/s in the opposite directi
Sloan [31]

Answer:

v = -24.5 m/s

Explanation:

Use conservation of momentum P = m*v. Unless there are external forces involved, total momentum must be conserved.

P: momentum

m: mass

v: velocity

1. calculate the total momentum before the collision:

P=m_{car}v_{car} + m_{truck}v_{truck}

2. the total momentum after the collision must not change:

P_{before}=P_{after}

3. after the collision the velocity of the car is the same as the velocity of the truck:

v = v_{car} = v_{truck}

4. combining 2. and 3.:

P= (m_{car}+m_{truck})v

5. this equation only has one unknown and can be solved for v:

v = \frac{P}{m_{car}+m_{truck}} =\frac{m_{car}v_{car} + m_{truck}v_{truck}}{m_{car}+m_{truck}}

v=\frac{800*15 + 1500 * (-45.5)}{800 + 1500} = -24.5

3 0
4 years ago
2) Which of the following is not a quality of a healthy relationship?
dedylja [7]
The answer should be the letter C...
8 0
3 years ago
Read 2 more answers
A 31.0 kW electric motor drives a vehicle at an average velocity of 9.20 m/s. Assuming a constant force is applied in the direct
babunello [35]

The magnitude of the applied force is 3369.57 N.

 

<h3>What is Force?</h3>

Force can be defined as the product of mass and acceleration.

To calculate the magnitude of the applied force, we use the formula below.

Formula:

  • P = Fv................ Equation 1

Where:

  • P = Power of the electric motor
  • F = Applied force
  • v = Velocity

Make F the subject of the equation

  • F = P/v................. Equation 2

From the question.

Given:

  • P = 31 kW = 31000 W
  • v = 9.2 m/s

Substitute these values into equation 2

  • F = 31000/9.2
  • F = 3369.57 N

Hence, the magnitude of the applied force is 3369.57 N.

Learn more about force here: brainly.com/question/12970081


5 0
3 years ago
An arrow in flight has an initial velocity of 65 meters per second, and 10 seconds later, it has a velocity of 35 meters per sec
Sergeu [11.5K]

To find the acceleration, we would need to use the equation acceleration= final velocity- initial velocity/elapsed time. Since the final velocity is 35 and the initial velocity is 65, we can subtract 65 from 35 first, which gives us -30. Then if we divide that by the elapsed time, which is 10, we get -3. Your acceleration is -3 meters per second.

Hope this helps! :D

3 0
3 years ago
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