\(\displaystyle{A}={\left(-{0.52}\star{\frac{{{0.083}}}{{{4.3}}}}\right)}\)

\(\displaystyle=-{0.01004}\)

\(\displaystyle{B}={0.827}+{0.01004}\star{11.7}={0.944}\)

\(=-26.93980\)

\(\displaystyle{D}={11.7}+{26.93980}\star{0.827}={33.97918}\)

Question

asked 2021-08-08

Three students took a test in science but instead of putting the grade on top of as a percent she wrote it as a fraction the students tried to figure out who had the highest grade on the test but came to me for help.

\(\displaystyle{N}{A}{T}{E}:{\frac{{{7}}}{{{8}}}},{c}{a}{l}:{\frac{{{15}}}{{{16}}}},{E}{M}{E}{R}{Y}:{\frac{{{5}}}{{{6}}}}\)

To determine:who had the highest grade on the test

Given: the marks obtained by the students are as follows

\(\displaystyle{N}{A}{T}{E}:{\frac{{{7}}}{{{8}}}},{c}{a}{l}:{\frac{{{15}}}{{{16}}}},{E}{M}{E}{R}{Y}:{\frac{{{5}}}{{{6}}}}\)

To determine:who had the highest grade on the test

Given: the marks obtained by the students are as follows

asked 2021-05-03

Plutonium has a half-life of 23105 years. What percentage of a sample of Plutonium has decayed after 10000 years?

asked 2021-09-07

\(\displaystyle{N}{A}{T}{E}:{\frac{{{7}}}{{{8}}}},{c}{a}{l}:{\frac{{{15}}}{{{16}}}},{E}{M}{E}{R}{Y}:{\frac{{{5}}}{{{6}}}}\)

To determine:who had the highest grade on the test

Given: the marks obtained by the students are as follows

asked 2021-05-22

Which of the following are assumptions for the Significance Test for the Proportion? Data is from a Normal Distribution nphat and n(1-phat) are both greater than 15 Data is Quantitative. Data is from a convenience sample. Data is Categorical. Data is from a random sample. nPo and n(1-Po) are both the greater than 1