# Question Let $$z$$ denote a variable that has a standard normal distribution. Determine the value $$z^{*}$$ to satisfy the following conditions. (Round your answers to two decimal places.) (a) $$P\left(z<z^{*}\right)=0.0256$$ $z^{*}=$ (b) $$P\left(z<z^{*}\right)=0.0101$$ $z^{*}=$ (c) $$P\left(z<z^{*}\right)=0,0502$$ $z^{*}=$ (d) \( Let z denote a variable that has a standard normal distribution. Determine the value z∗ to satisfy the following conditions. (Round your answers to two decimal places.) (a) P(z<z∗)=0.0256 z∗= (b) P(z<z∗)=0.0101 z∗= (c) P(z<z∗)=0,0502 z∗= (d) P(z>z∗)=0.0206 z∗= (e) P(z>z∗)=0.0101 z∗= (f) P(z>2∗ or z<−2∗)=0.2044 z∗= f(x)

JRUO1I The Asker · Probability and Statistics

Transcribed Image Text: Let z denote a variable that has a standard normal distribution. Determine the value z∗ to satisfy the following conditions. (Round your answers to two decimal places.) (a) P(zz∗)=0.0206 z∗= (e) P(z>z∗)=0.0101 z∗= (f) P(z>2∗ or z<−2∗)=0.2044 z∗= f(x)
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Transcribed Image Text: Let z denote a variable that has a standard normal distribution. Determine the value z∗ to satisfy the following conditions. (Round your answers to two decimal places.) (a) P(zz∗)=0.0206 z∗= (e) P(z>z∗)=0.0101 z∗= (f) P(z>2∗ or z<−2∗)=0.2044 z∗= f(x)