Answer:
Step-by-step explanation:
7(b² - 2b - 8) = 0
7(b² - 2b + ) = 8
7(b² - 2b + 1) = 8 + 1
7(b - 1)² = 9
(b - 1)² = 9/7
b - 1 = ±√(9/7)
b = 1 ±3√(1/7)
b ≈ -0.134, 2.134
m² + 10m + 14 = -7
m² + 10m + = -7 - 14
m² + 10m + 25 = -7 - 14 + 25
(m + 5)² = 4
m + 5 = 2
m = -3
p² - 8p + 21 = 6
p² - 8p + = 6 -21
p² - 8p + 16 = 6 -21 + 16
(p - 4)² = 1
p - 4 = 1
p = 5
99 is more than 100 when you add 2 to 99. xD
Y=0x+4. slope intercept
y-4=0(x-0)
of course they both reduce to y=4
The answer is <span>In its simplest form, the boxplot presents five sample statistics - the </span>minimum<span>, the </span>lower quartile<span>, the </span>median<span>, the </span>upper quartile<span> and the </span>maximum<span> - in a visual display. The box of the plot is a rectangle which encloses the middle half of the sample, with an end at each quartile. The length of the box is thus the </span>interquartile range<span> of the sample. The other dimension of the box does not represent anything in particular. A line is drawn across the box at the sample median. Whiskers sprout from the two ends of the box until they reach the sample maximum and minimum. The crossbar at the far end of each whisker is optional and its length signifies nothing. The following diagram shows a dotplot of a sample of 20 observations (</span>actual sample values used in the display<span>) together with a boxplot of the same data.
Please put me as brainlest if it is correct! Thank you!</span>
