Standard Error of Proportion {SE of p} for n = 500 & P = 0.65
Calculation summary & work with steps for n = 500 & P = 0.65 to estimate the standard error of sample proportion p. The below is the calculation summary for SE of p for sample size n = 500 using population proportion P = 0.65.
| Calculation Summary | |
|---|---|
| Population proportion (P) | 0.65 |
| Sample size (n) | 500 |
| Standard Error of proportion p | 0.0213 |
SE of p Work with Steps for n = 500 & P = 0.65
The below is the example work with step by step calculation shows how to estimate the standard error of sample proportion for sample size n = 500 and population proportion P = 0.65 to help grade school students to solve the similar SE of p worksheet problems efficiently.Workout :
step 1 Address the formula, input parameters and values
Input parameters and values
Proportion P = 0.65
n = 500
Formula
SEp = √PQ/n
step 2 Find Q from P value
Q = 1 - P
Q = 0.35
step 3 Apply the values in SEp formula
SEp= √(0.65 x 0.35)/500
= √(0.2275)/500
= √0.0005
= 0.0213
0.0213 is the standard error of sample proportion
