The answer for this question is: Stabilize the reaction
Chemicals with highly energetic reaction will have more risk to create high-energy force if we somehow fail to contain it safely.
When you need to evacuate, this type of reaction could create an explosion, so it's really advised to stabilize the reaction first.
Average of all forecast errors is 0 a company wants to use a regression analysis to forecasts the demand for the next quarter.
When an economist says that "Kevin's income elasticity of red wine is 6" he means that if Kevin's income increases by 10%, the quantity of red wine demanded by Kevin rises by 60%. So, red wine is income elastic. Since the income elasticity is greater than 1, red wine is a luxury good for Kevin.
Income elasticity measures the change in the quantity of goods demanded relative to a change in income.
If an increase in income results in a decrease in the quantity of goods demanded, then that good is an inferior or cheap good. The income elasticity of a cheap good is negative.
If the demand for a good rises with an increase in income, then that good is a normal good. The income elasticity of normal goods is greater than zero.
If an increase in income results in a greater increase in the quantity of goods demanded, then that good is a luxury good. The income elasticity of a luxury good is greater than 1.
Answer:
PED = 5.49
Explanation:
current price = $0.99 per ticket
average daily tickets sold = 433
average daily revenue = $428.67
if the company increases the price to $1.10, then average daily tickets will be only 169. Average daily revenue will drop to $185.90
price elasticity of demand (PED) = % change in quantity demanded / % change in price
PED = [(169 - 433)/433] / [(1.1 - 0.99)/0.99] = -0.6097 / 0.1111 = -5.49 or |5.49| in absolute terms
the price of tickets is very elastic, meaning that a 1% change in price will result in a much higher proportional change in quantity demanded