Answer:
Facts: Students must take Algebra I before they can take Algebra II. Dara is currently taking Algebra II.
Conclusion: Dara has taken Algebra I in the past.
Explanation:
This fact states that "Students must take Algebra I before they can take Algebra II", meaning there is no possibility that Dora hasn't taken Algebra l. The other conclusions don't have one definitive possibility.
Manufacturers try to locate their factors as close as possible to their inputs and markets to cut transportation cost. Other issues could be the availability of raw material, land, water, labor, power, capital, transport, and market. Examples of these manufacturers and/or industries would be the market for construction workers or “factor markets”. Industries and/or companies such as McDonald’s and other fast food chain, rely on these factor markets for materials to continue to expand and increase the economic growth and success.
Answer:
Formation of the planets. The various planets are thought to have formed from the solar nebula, the disc-shaped cloud of gas and dust left over from the Sun's formation. ... These rocky bodies would become the terrestrial planets (Mercury, Venus, Earth, and Mars).
The Counter-Reformation<span> (</span>Latin<span>: </span>Contrareformatio<span>), also called the </span>Catholic Reformation<span> (Latin: </span>Reformatio Catholica<span>) or the </span>Catholic Revival,[1]<span> was the period of </span>Catholic<span> resurgence initiated in response to the </span>Protestant Reformation<span>, beginning with the </span>Council of Trent<span> (1545–1563) and ending at the close of the </span>Thirty Years' War<span> (1648). The Counter-Reformation was a comprehensive effort composed of four major elements</span>
Answer:
D. $29.40
Explanation:
Calculation for the mean cost per customer for the performance
Using this formula
Mean cost per customer=[(Number of tickets purchased*Relative frequency)]*Performance cost
Let plug in the formula
Mean cost per customer=[(1*0.20)+(2*0.45)+(3*0.10)+(4*0.20)+(5*0.05)]*$12
Mean cost per customer=(0.2+0.9+0.3+0.8+0.25)*$12
Mean cost per customer=2.45*$12
Mean cost per customer=$29.40
Therefore the mean cost per customer for the performance will be $29.40
