Answer with explanation:
Given: The population proportion: p = 0.46
Standard error = [tex]\sigma_p=\sqrt{\dfrac{p(1-p)}{n}}[/tex] , where n= sample size.
a) n= 500,000
[tex]\sigma_p=\sqrt{\dfrac{0.46(1-0.46)}{500000}}[/tex]
[tex]=\sqrt{\frac{0.46\times 0.54}{500000}}=\sqrt{0.0000004968}\approx0.00070[/tex]
b) n= 1,000,000
[tex]\sigma_p=\sqrt{\dfrac{0.46(1-0.46)}{1000000}}[/tex]
[tex]=\sqrt{\frac{0.46\times 0.54}{1000000}}=\sqrt{0.0000002484}\approx0.00050[/tex]
c) n= 5,000,000
[tex]\sigma_p=\sqrt{\dfrac{0.46(1-0.46)}{5000000}}[/tex]
[tex]=\sqrt{\frac{0.46\times 0.54}{5000000}}=\sqrt{0.00000004968}\approx0.00022[/tex]
d) n= 10,000,000
[tex]\sigma_p=\sqrt{\dfrac{0.46(1-0.46)}{10000000}}[/tex]
[tex]=\sqrt{\frac{0.46\times 0.54}{10000000}}=\sqrt{0.00000002484}\approx0.00016[/tex]
e) n= 100,000,000
[tex]\sigma_p=\sqrt{\dfrac{0.46(1-0.46)}{100000000}}=\sqrt{0.000000002484}\approx0.00004[/tex]
[tex]=\sqrt{\frac{0.46\times 0.54}{500000}}=\sqrt{0.0000004968}\approx0.00070[/tex]