If 9p = 162 then p = 162/9 = 18.
Normally you would find the critical value when given the p value and the test statistic.
A p-value is the probability of obtaining a test statistic as extreme or more extreme than the one actually obtained if the null hypothesis were true. If this p-value is less than the level of significance (usually set by the experimenter as .05 or .01), we reject the null hypothesis. Otherwise, we retain the null hypothesis. Therefore, a p-value of 0.66 tell us not to reject the null hypothesis.
A significantly significant p-value typically refers to a p-value that is less than a predetermined threshold, commonly set at 0.05. This indicates that the observed results are unlikely to have occurred by random chance alone, suggesting that there is a statistically significant effect or relationship in the data. In scientific research, a p-value below this threshold often leads to the rejection of the null hypothesis. However, it's important to consider the context and other factors, such as effect size and study design, when interpreting p-values.
Statistical significance is determined by comparing a p-value to a predetermined significance level, often set at 0.05. A p-value of 0.001 indicates a result that is highly statistically significant, as it suggests a less than 0.1% probability that the observed effect is due to chance. Thus, if this p-value is derived from a relevant analysis, it would typically be considered statistically significant.
The p-value is the probability of any event or the level of significance for any statistical test. The z-score is a transformation applied to a Random Variable with any Normal distribution to the Standard Normal distribution.
The value of p in the equation 9(p-4) - 18 is 6. When we simplify the equation, 9(p-4) - 18 becomes 9p - 36 - 18, which further simplifies to 9p - 54. To find the value of p, we set this equal to 0 and solve for p, 9p - 54 = 0, which gives p = 6.
-9p-17=8 -17=8+9p 9p=-17-8 9p= -25 p=-25/9
To determine how much more than 9p two 2s and one 5 are, first calculate the total value of the two 2s and one 5. This equals (2 \times 2 + 5 = 4 + 5 = 9). Now, subtract 9p from 9 to find the difference: (9 - 9p = 9(1 - p)). Therefore, the result depends on the value of p; if p is less than 1, it is positive, and if p is more than 1, it is negative.
Evaluate 9p + 33 for p = 5
9p + 27 = 9(p + 3)
p2 + 9p + 18/ p + 6(p + 6)(p + 3)/ p + 6(p + 6)(p + 3)/ p + 6p + 3
p = -3
-14 + 3p = -9p - 21 add 14 and 9p to both sides, then 12p = -7 p = -7/12
9p - 5
It is a linear equation in the one variable, p.
4p - 12 = 3p - 8 - 9p 4p - 3p + 9p = -8 + 12 10p = 4 p = 0.4 (or 2/5)
The expression "9p 8p" seems to refer to the multiplication of two terms involving the variable ( p ). It can be rewritten as ( 9p \times 8p ), which equals ( 72p^2 ) after multiplying the coefficients (9 and 8) and adding the exponents of ( p ) (1 + 1). Thus, the result is ( 72p^2 ).