Answer:
A.
Explanation:
even big pieces would cook all of them them evenly thoroughly and quicker than all the other options
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Bursitis is when the small fluid-filled sacs around the joints called bursae are irritated or injured. In just about any joint the effects can be felt with pain in movement and when pressed upon. Sometimes a rash will occur as well.
Explanation:
Bursitis is that the<span> term </span>wont to<span> describe inflammation or irritation of a bursa. </span>redness may end up<span> from </span>an on the spot<span> hit or from repetitive joint movements (like a </span>court game<span> serve).</span>
<span>If a bursa becomes irritated, either by </span>an on the spot<span> hit or from </span>a close-by<span> joint </span>continuation constant<span> movement (like a </span>court game<span> serve), then </span>redness will<span> occur. </span>
<span>Bursitis, </span>particularly<span> in teens, </span>is commonly seemingly<span> to happen </span>thanks to<span> sports-related injuries, </span>typically<span> from </span>continual<span> use of </span>a selected<span> joint or trauma from </span>an on the spot<span> hit </span>in an exceeding sport<span>. </span>it is not solely showy sorts WHO<span> get </span>redness<span>, though. It </span>will typically<span> be caused by </span>alternative issues<span>, </span>like inflammatory disease<span> or a </span>microorganism<span> infection of the bursa.</span>
After which activity must food handlers wash their hands?
-clearing tables
<span>This problem is solved by the law of effusion, which states that the rate of effusion is ~ 1/sqrt(molecular weight). Calculate the molecular weights of the different gases:
HBr = 80.91 g/mol
NO2 = 46.0055 g/mol
C2H6 = 30.07 g/mol
Thus, the approximate relative rates are HBr ~ 0.112, NO2 = 0.1474 and C2H6 = 0.1824.
Answer: C2H6 effuses fastest.</span>
