Explanation:
Samuel de Champlain, (born 1567?, Brouage, France—died December 25, 1635, Quebec, New France [now in Canada]), French explorer, acknowledged founder of the city of Quebec (1608), and consolidator of the French colonies in the New World.
Answer:
how did a gentleman in london deal with horse
Explanation:
This shows that no matter how big our troubles and problems may come ,God can save us or help us if we believe in him
Answer:
Explanation:
America was supposed to be part of Britain, but when the soldiers kill the people, it made them think that they were separated from Britain. It made the people loathed the British people, and it showed them that they didn't have many rights, since all they were doing was protesting.
Answer:
It is given that the water taxi's path can be modeled by the equation y =0.5(x - 14)^2. Therefore, this is one of the equations in this system. Find a linear equation that will model the path of the water skier, which begins at the point (6,6) and ends at the point (8,-4). The slope is (-5). Use the slope and one point on the line to find the y-intercept of the line. The y-intercept of the line that passes through the points (6,6) and (8,-4) is (0,36). Thus, the equation is y=-5x+36. Now, to determine if it is possible for the water skier to collide with the taxi, we have to determine if there is a solution to the system of equations. To determine if there is a solution to the system of equations, solve the system using substitution. First, write the equation that models the water taxi's path in standard form. y=0.5(x - 14)^2-->0.5x^2-14x+98. Use substitution. Substitute for y in the equation and then solve for x. As the expression on the left side of the equation cannot easily be factored, use the Quadratic Formula to solve for x. Do x=-b(plusorminus)sqrrtb^2-4ac/2a. Identify a, b, and c. a=0.5, b=-9, and c=62. Substitute into the Quadratic Formula. If there is a negative number under the radical, there are NO solutions. Thus, the path of the water skier will never cross the path of the taxi.
In conclusion: It is not possible that the water skier could collide with the taxi as the two paths never cross.
