The lower bound of the number 6358 when rounded to the nearest one (nearest whole number) remains 6358 since it is already a whole number.
Rounding a number to the nearest one implies that we are rounding it to the nearest whole number or integer. In this case, the number 6358 was rounded to the nearest whole number, which means we want to find the lower bound of this rounded value.
When we round 6358 to the nearest whole number, we find that it becomes 6358 itself because it is already a whole number. Therefore, the lower bound of the rounded value is the same as the original value, which is 6358.
In summary, when 6358 is rounded to the nearest one (nearest whole number or integer), the lower bound of the rounded value is also 6358 because the original number is already a whole number. There is no change in the value when rounding to the nearest one in this case.
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B. the input (x) values of the relation
C. a set of points that pair input values with output values
D. x and y values written in the form (x, y)
its simple X is domain Y is range so the answer is
A
Answer: A
Step-by-step explanation: I took the test on FLVS
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Answer:
The correct option is;
b)
Step-by-step explanation:
a) 95% Sample CI = 152.6395 to 153.3605; Range = 0.721 Wider
90% Sample CI = 152.6975 to 153.3025; Range= 0.605 Narrower
b) Sample size ∝ 1/Error²
Therefore, increasing the sample will decrease the margin of error
c) The critical value is the value of the test statistic at the level of confidence
Variance = (Standard deviation)²
d) Point estimate is the mean or average, variation is the range or also the variance
e) Smaller samples have their relative standard deviations which does not depend on the sample size
A. (x + 3)(x + 1)
B. (x - 3)(x - 1)
C. (x + 3)(x - 1)
D. (x - 3)(x + 1)
Answer:
C A p e x
Step-by-step explanation: