To answer #7 which would be the first part, the reason why you would weigh less in space then you're on earth is mainly because the gravitational force would obviously be different and also because.
So, based from your options listed above, we would want to gather what we have discussed, and see how this would then relate to what we have been understanding.
Your correct answer would then be <u>(option C)</u> <u /><u />mainly because this statement would be very true. The gravitational pull would have a lot to do with the mass that we would contain.<span />
<span>The diagnostic tests that will help confirm the diagnosis for acute poststreptococcal glomerulonephritis are the following : a urinalysis can be helpful, as microscopic hematuria is typically present in children with acute poststreptococcal glomerulonephritis. Sediment examination is alo a good test.</span>
The right answer for the question that is being asked and shown above is that: "At a higher temperature, the particles have a higher average kinetic energy." The statement that is true about the temperature of a gas is that <span>At a higher temperature, the particles have a higher average kinetic energy.</span>