Answer: 13 units
Step-by-step explanation:
d = sqrt[(-3-9)^2 + (-4 - - 9)^2]
= sqrt [(-12)^2 + (5)^2]
= sqrt (144 + 25)
= sqrt 169
= 13
The interval from $9 to $10 contains the largest number of sandwich prices. Option B
<h3>Which is a correct statement regarding sandwich prices, based on the histogram?</h3>
Generally, A graph known as a histogram displays the frequency of occurrence of numerical data via the use of rectangles. The frequency of a variable's distribution is shown by its position along the vertical axis, which is the height of a rectangle (the amount, or how often that variable appears).
In conclusion, The greatest number of sandwich costs may be found in the range from $9 to $10. Alternative B
Read more about intervals
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Sorry don't know the answer
Answer:
Option B
Step-by-step explanation:
Given that a candy manufacturer is interested in the distribution of colors in each of its packages of candy sold. The manufacturer randomly sample packages from multiple batches at one factory.
Because he resorts to only one factory, there may be bias in the sample. Other factories may have different processes of the settings and also if a diversified sample is taken then it is likely to represent the whole population, and hence results would be more accurate
Option A is incorrect since only one factory was done
C and D are not selected because one factory result cannot be generalised to all other factors in the same country or outside.
So answer would be
B) No, because the other factories may have different processes or the settings
Answer:
y=-1
Step-by-step explanation:
5x + 3y = 12 ....(*)
4x - 5y = 17....(**)
multiply (*) by : -4 and(**) by 5
you have : -20x -12 = -48.....(1)
20x -25y = 85....(2)
add(1) and(2) : -37y = 37 so : y =37/-37= -1
