Answer:
P (S∩E) = 0.1591
Step-by-step explanation:
Let the stockholders be donated by S then the P (s)= 0.43
Let the stockholders having some degree be donated by D then the P (d)= 0.75
Let the American having some college degree be donated by E then the
P (E)= 0.37
As the events are independent their joint probability can be found by multiplying the individual probabilities
P (S∩E) = P(s) . P (E)= 0.43 * 0.37= 0.1591
Simplify<span>. </span>Write each<span> answer in </span>standard form<span>. 54412 + 2x + 5) + (7x2 - 5x + </span>2). 6-(9612 — 4 - 5a) — (12a<span> — 6612 + </span>3<span>). </span>7<span>. —4m2 + m ... Open-Ended </span>Write<span> a trinomial </span>with<span> a degree of 6. 10. </span>Write<span> the ... (3x + 5</span>)(<span>7x2 - 2x + </span>1<span>) ... </span>Write<span> your answer in simplest form. Factor </span>each<span> expression. </span>31<span>. W2 » 5w — 14. </span>33<span>.</span>
Correct answer:
Option B. y = 50.5x - 240 If we plot these points on a graph, we will observe that these points mostly lie in a straight line. Therefore, a straight line will be the best fit for the given ordered pairs. The equation of the best fit can be found using any tool like Statistica, Stata or Excel. I have used Microsoft Excel to plot the lines and find the equation of best fit. The graph and equation are shown below in the image attached with:
D
Area of a circle is: 兀r✖️r, so 4.1m ➗2 = 2.05, 2.05✖️2.05 = 4.2025