There are a few questions for you to discuss, and a few more questions for you

Are you not in the fifth grade, the next volume, Chinese class workbook review. Expand on the four?

Rather than evaluating my knowledge base.

I'm sorry, I'm just kind, I'm afraid you'll delay things because of anger or something, I'm sorry!

What should the family do about this case? Since A is now being detained in the detention center, and it has been one and a half months since the incident has happened, then A has been criminally detained or arrested, and the next step should be to review and prosecute by the procuratorate, and then file a public prosecution, and you have no right to file a lawsuit before you get the procuratorate's decision not to prosecute, because this is a public prosecution case, and you can only file a lawsuit under the premise that the procuratorate does not prosecute.

What kind of penalty should be imposed on the perpetrator A?

This is very difficult to say, because he has committed acts of sabotage at the scene, so it is not a simple traffic accident case, so the determination of the nature of the case depends on the prosecution of the procuratorate and the final judgment of the court.

If Party A did not actively cooperate in compensation, whether Party B's family could request an increase in his sentencing should be told to the procuratorate, and the procuratorate should raise it together when indictment, so that it can be considered as a sentencing circumstance when the court makes a judgment.

With regard to A's conduct, can the sentence be increased as an attempt to escape?

This is not an escape attempt, but now whether he was intentional homicide or something depends on the specific determination.

Go to your local free lawyer clinic for more authoritative and accurate answers.

7-30 24 days; 5 to 30 days 26 days; 12-30 19 days; 13-30 18 days; 1-30 days for 30 days.

Total number of days: 24+26+19+18+30 117 days, 32 times 24/117;

32 times 26/117;

32 times 19/117;

32 times 18/117;

32 times 30/117.

The two lived for a total of 36 days, which is not solved, and the electricity bill is 36 = electricity bill per day.

This question is very simple, each person is x.

I figured it out, respectively,

1. Analyze with Newton's second law and kinematic formulas:

Both trains do an acceleration motion; From the kinematic formula v=v0+at, a=(v-v0) t=(100m s-0) 10s=10m s 2, the acceleration is the same; Since acceleration is related to force and mass, by Newton's second law f=ma, since m1 m2, and the drag is zero, the net force received by the train in the horizontal direction is the thrust of man, then the thrust f1 f2, the force used by two people is not equal; The reason is that the acceleration is directly proportional to the resultant force experienced by the object and inversely proportional to the mass of the object.

2. From the inertial analysis of the object.

All objects have inertia, and mass is the only measure of the magnitude of inertia. However, the difficulty of changing the motion state of the object reflects the magnitude of inertia: under the action of the same force, the motion state of the object must be changed, and when the velocity increases to the same value, the time taken by the small mass is small (the acceleration is large, the speed increases quickly), the motion state is easier to change, and the inertia is small; However, the time taken by the mass is large (the acceleration is small, the speed increases slowly), and the motion state is difficult to change, indicating that the inertia is large.

Therefore, in the case of zero resistance, if the force is equal, when the speed reaches 100m s, the time taken for the large mass is large, and the time for the small mass is small; In order to reach 100m s at the same time in the same time, and the acceleration should be the same, the force on the large mass will be large, and the force on the small mass will be small, and of course it will not be equal.

It's a bit of a trembling thing to say, I hope you understand.

Not equal.

In this case, it can be pushed as long as it is forced, but if the force is large, the acceleration is large.

When the drag force is zero, it is determined by the magnitude of acceleration and inertia (mass).

The change in the state of motion of an object is not only related to the external force, but also to the mass of the object itself.

Objects have inertia, and if you nudge it, it will move, but the more mass it has, the slower it will move. That is, the state of the object does not change in the absence of external forces. To be stationary is to be stationary, and a velocity of 1m s is 1m s.

If you need to accelerate, you need to apply an external force. Therefore, if the mass is large, the force required to accelerate to a certain speed is relatively large. So your theory is right.