<span>To make identical first aid bags and maximize the amount, you first have to take the item that you have the least amount of and make that your base amount of bags with one item per bag. Doing that for the nurse gives 36 bags with 1 packet of ointment per bag and 0 left over. Next, you know that you have 72 antiseptic wipes which is double the amount of ointment, so you would put 2 antiseptic wipes in each bag and have 0 left over. Finally, since 55 bandages is not double 35, you would put one bandage in each bag and have 19 bandages left over. In summary, there would be 36 bags, with each having 2 antiseptic wipes, 1 adhesive bandage, and one packet of ointment. There would be 19 adhesive bandages leftover.</span>
Find a common multiplier between both which would be 4. then divide each term by 4. all you have left stays in the parenthesees.
4 (2x+5)
In other words, the event<span> has no effect on the probability of another </span>event<span> occurring. </span>Independent events<span> in probability are no different from </span>independent events<span> in real life. ... When two </span>events<span> are </span>independent<span>, one </span>event does not influence the probability of another event<span>.</span>
Ok, so;
Let me draw the figure here below:
We know that the area of a circle can be found using the next equation:
Area = πr².
Where r is the radius and π is a number.
So, the area of this circle, will be:
Area = π(1km)²
Area = π km²
