You could be sued if you injure someone while rescuing them if 4. you collided with their car on purpose.
Let us discuss the various scenarios:
Your car’s brakes failed: If your car’s brakes failed and you injured someone while trying to rescue them, you could potentially be sued if it is proven that you knew about the brake failure and did not take appropriate action to fix it. This could be seen as negligence.
The accelerator in your car got stuck: Similar to the brake failure, if the accelerator in your car got stuck and caused an injury, you could potentially be sued if it is proven that you knew about the issue and did not take steps to fix it.
They ran a red light and hit you: If someone ran a red light and hit you while you were attempting to rescue them, it is less likely that you would be sued, as they were the one breaking the law. However, specific circumstances and local laws could affect this.
You collided with their car on purpose: If you intentionally collided with their car, causing injury, you could definitely be sued. Intentionally causing harm is generally not protected, even in rescue situations.
Thus, the correct option is 4.
How do nozzles aerosolize liquids?
Answer:do you mean noddles
Explanation:not sure how to answer this.
What’s tree about freedom of expression
Which of the following is a common use for commas?
Separating two elements
Separating unrelated adjectives
Connecting two independent clauses
Connecting two dependent clauses
Answer:
connecting two independent clauses
The use of the commands is for connecting the two independent clauses, Hence option C is correct.
What is the use of commas?The use of commas is for the punctuation mark and appears in several types of languages and indicates the brief phases, it is used for separating the words.
The commas use refers to the connection of the independent clauses that can be sen in the example that my estate is for my husband, son, daughter-in-law, and nephew.
Find out more information about the commas.
brainly.com/question/14588824
A 1 μF capacitor has 2,652 Ω of reactance at 60-Hz. What is the reactance value at 400-Hz?
Answer:
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Explanation: