Read this expert from heads-up on sporty safety the dangerous to your health depends on the spur of us some general principles God helmet design Krista Hillman needs to be at school and lightweight and comfortable as possible second the helmet needs to be hard enough and fit well enough to protect the school and bread for some athletes Tchaikovsky goalies or baseball catchers the helmet also need to protect the face from fast Punch or boss 3rd and must must not prevent the what the wear from seeing or hearing for that can I be caused from injuries then it prevent it turns out that the way to address many of these concerns is to to use hard but flexible light strong metals materials on the outside and soft materials on inside scientist create the new plastic all the time but sometimes the best design comes from using old materials and new ways and one recent design makes the shelf helmets out of Kevlar, the same kind of white plastic used in bulletproof vest vest which is a key detail that supports the main idea that there are general principles that guide sports helmet design

thousands of people

explanation:

yah idk ether buddy good luck finding it let me know when u do find it my boi

hmm, sadly there is no dialogue. there is no place in the story where he is talking to anyone. it's more of just describing what he eats and where he sleeps. you have to become anne frank, give details of where you are, what other folks look like, how the environment is. have a little bit of dialogue tell of what people are specifically saying. anne frank talked about her entire household including the people, the objects, the lighting, the food they ate, and even the smell in the air. there has to be more to your diary entries, the whole story in its current state is only about peter van daan, the food, the sounds, and where he sleeps. also he seems to be writing only once a year yet more than that happened from day to day. for a friend, i can you write it out, if you want.

the gas pressure p, gas volume v, and gas temperature t are given in the formula:   pv=nrt,

r is the gas constant, and n is the number of gas moles.

if the container is cooled and remains under atmospheric pressure, where r is a constant that does not change, the volume of the container remains the same, the conclusion is drawn that, with all other values ​​unchanged, the number of gas moles n, is decreases.

the right answer is a.