: You have<span> 200 </span>feet<span> of </span>fencing<span> to </span>enclose<span> a </span>rectangular plot<span> that </span>borders<span> on a </span>river<span>. </span>If you do not fence<span> the </span>side along<span> the </span>river<span>, </span>find<span> the </span>length<span> and </span>width<span> of the </span>plot<span> that </span>will maximize<span> the</span>area<span>. What is the </span>largest area<span> that </span>can<span> be </span>enclosed<span>? Quadratic functions. Answer </span>by<span> Cromlix(4306) About Me ...</span>
Answer:
2
Step-by-step explanation:
If there are 22 students and she has 24 pencils she would need to give each of them 1 pencil. 24-22= 2
Answer:
Correct: Third option μx = 9 and σx = 2.51
Step-by-step explanation:
<u>Binomial Distribution</u>
Being p the probability of success of an individual event, q the probability of failure (q=1-p) and n the number of independent trials of that event, the expected value or mean of the distribution is
And the variance is
The standard deviation is
The given binomial distribution has the following parameters
n = 30, p = 0.3, q = 1 - 0.3 = 0.7. The mean is
The standard deviation is
The third option is the correct one
7 = 10% of y
7 = (10/100)*y
7 = 0.1y
0.1y = 7
y = 7/0.1
y = 70