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Answer:
He formed a parallel military organization with Soviet satellite countries, commonly called the Warsaw Pact.
Explanation:
it's right
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.
<span>Britain had enjoyed quite a long period of political stability and Britain had been economically prospering. This led to land-owners having spare capital to invest in new ideas and innovations like new machinery.
The price of agricultural produce had gone up on the Continent, so land-owners could reap great rewards by enclosing their land and buying a seed drill - making many of their farm labourers unemployed. (incidentally this also neutered the only real threat to Britain's stability - the Jacobite pretender - as the highlands were cleared of people to make way for sheep).
This climate of economic growth, new ideas and innovations (not only in farming, but in science as well), spare capital to invest and an unemployed rural work-force coupled with the abundant and easy to obtain natural raw materials, like coal and iron ore fed the early industrial revolution.
Another key factor was the British weather - rain to feed the rivers that turned the water-wheels of the early mills and factories. </span>
A- woman worries about losing political power.