L = w - 5
2*l + 2*w = 26
2*(w - 5) + 2*w = 26
2w - 10 + 2w = 26
4w = 36
w = 9
l = w - 5
l = 9 - 5
l = 4
Final Answer:
The rectangle is 4cm long and 9cm wide.
Hope I helped :)
Answer:
<u>The correct answer is that each guest attending the event has to bring at least 5 cans of food to meet the goal</u>
Step-by-step explanation:
1. Let's review the information provided to us to answer the problem correctly:
Amount of food cans to collect by the end of the month = 1,000
Food cans collected as of today = 566
Number of guests attending the event = 87
2. Which solution set represents the number of cans each must bring to meet the goal?
For answering this question, we will use the following inequality:
x = Number of food cans that each guest has to bring to meet the goal
566 + 87x ≥ 1,000
Solving for x, we have:
87x ≥ 1,000 - 566
87x ≥ 434
x ≥ 434/87
x ≥ 4.99 ⇒ x ≥ 5
<u>The correct answer is that each guest attending the event has to bring at least 5 cans of food to meet the goal</u>
0.225, 23%, 1/4
Step my step
23% = 0.23
1/4 = 0.25
Answer:
Step-by-step explanation:
Given that you drew all possible random samples of size 1,000 from the population of LSAT test takers
Plotted the values of the mean from each sample
As per central limit theorem, we find that for sample sizes of minimum 30, the means of all such samples randomly drawn would follow a bell shaped curve with normal distribution irrespective of the original distribution of the population.
Hence here answer is yes, this would be a normal distribution as per central limit theorem.
