When stopped at any light or intersection, you should allow any vehicle approaching the equivalent of at least one city block before entering. Also check to see that no approaching vehicle is travelling at an excessive speed (moving ahead of the other traffic). Once you have made a right turn at an intersection, check your rear view mirror quickly. Sometimes you may have to speed up faster than you thought due to a vehicle approaching faster than you originally thought.
<span>If you stop behind other vehicle in traffic, you should stop so that you can see some road ahead of your vehicle as well as the rear tires of the vehicle ahead of you. This will prevent you from hitting the vehicle ahead of you if you are rear ended.....also check your rear view mirror whenever your foot goes onto the brake......if it is winter, this method will also help prevent you from skidding ......winter driving means you should come off the gas sooner, and brake early and gently and check that rear view mirror! </span>
<span>All the best to you and your driving!</span>
Answer:It affects the diffusion across a membrane
Explanation:
Since this is placed in the AP section, I assume it is AP Biology, which the syllabus puts emphasis on diffusion
The smaller the ratio is, the bigger the cell. SO, if the ratio is small enough, the molecule will not be able to diffuse through the membrane. Keep that in mind when you calculate different rations using the radius.
Answer:
A. Keep it, because it uses descriptive language to convey the writer’s perspective on advances in robotics and set up the topic of the passage.
Explanation:
Answer A
Correct. The underlined text uses descriptive adjectives and adverbs to describe today’s robots and the way they interact with humans. This descriptive language helps to convey the writer’s perspective on advances in robotics and also sets up the topic of the passage, which is how humans and robots interact. Therefore, the writer should keep the underlined text.
The NFiPA 704 system used a numerical value between ZERO and FOUR to indicate the level of hazard for that particular chemical
