The correct answer to this open question is the following.
Although you forgot to attach the picture of the vehicles, we can say the following.
The two options you have in order to abide by the Move Over law is that as soon as you see the first response vehicle coming your way, you have to move. If you can't move over for whatever reason, or in the case you are driving on a two-lane road, you have to reduce your speed. The law indicates that your speed reduction must be 20 mph less than the official speed limit.
This way, first response vehicles such as ambulances, police cars, sanitation vehicles or wreckers, can pass through and get to the site as soon as possible to offer help.
Considering the available options, the choice that is considered as an innovative criminal defense strategy is "<u>battered women's syndrome."</u>
<h3>What is battered women's syndrome?</h3>
Battered women's syndrome is a medical and psychological term that is used to describe the severe mental health ailment resulting from serious domestic abuse.
Given the legal situation, battered women's syndrome is not a typical condition that is common but has been innovated by some defenders to justify their offense so they can get discharged and acquitted.
Hence, in this case, it is concluded that the correct answer is <u>Battered women's syndrome.</u>
Learn more about the criminal defense strategy here: brainly.com/question/11342133
Answer:
Age requirements : they must be up to a particular age. They must be embers of my class and they must have spent a certain time in that class. They must be aware of the things that the class need.
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Answer:
Those who defend the use of animals in research contend that nonhuman animals are enough like humans to make them scientifically adequate models of humans, but different enough to make it morally acceptable to experiment on them. In addition to the ethical objections to causing suffering to other sentient species, inherent issues with animal models including differences from humans in both size and physiology, genetic differences, and variations in biological targets limit the ability of data collected from an animal model to be translated to people.
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