Please answer a-G **Transcription for Educational Website:**---A researcher claims that 16% of individuals who take a particular type of drug will develop side effects. To test this claim, you form a random sample of 370 individuals who are taking this drug, of which 72 developed side effects. Test the researcher's claim at \( \alpha = 0.01 \).a. Enter the null hypothesis for this test. \( H_0 \) Select an answer [ ]b. Enter the alternative hypothesis for this test. \( H_1 \) Select an answer [ ]c. Is the original claim located in the null or alternative hypothesis? Select an answer [ ]d. What is the test statistic for the given statistics? [ ] e. What is the \( p \)-value for this test? [ ]f. What is the decision based on the given statistics? Select an answer [ ]g. What is the correct interpretation of this decision?Using a [ ]% level of significance, there [ ] sufficient evidence to [ ] the claim that 16% of individuals who take a particular type of drug will develop side effects.---**Explanation of Diagram:**There are no graphs or diagrams present in this image. The content primarily consists of structured questions relating to hypothesis testing. Here's the transcription of the image for educational purposes:---**a. Enter the null hypothesis for this test.**\( H_0: \) [Select an answer] Options:- \( \sigma \)- \( \hat{p} \)- \( \bar{x} \)- \( p \)- \( \mu \)- \( \bar{x} \)**b. Enter the alternative hypothesis for this test.**\( H_1: \) [Select an answer]Options appear to be the same as in (a).**c. Is the original claim located in the null or alternative hypothesis?**[Select an answer]**d. What is the test statistic for the given statistics?**[Text box for entering answer]**e. What is the \( p \)-value for this test?**[Text box for entering answer]**f. What is the decision based on the given statistics?**[Select an answer]**g. What is the correct interpretation of this decision?**---This section is typically part of a hypothesis testing exercise in statistics, where students are asked to state the null and alternative hypotheses, identify where the original claim is located, calculate and interpret the test statistic and p-value, and make a decision based on their findings.

given n=370,x=72, p=16% Note: According to Bartleby guidelines expert solve only one question and…

A researcher claims that 16% of individuals who take a particular type of drug will develop side effects. To test this claim, you form a random sample of 370 individuals who are taking this drug, of which 72 developed side effects. Test the researcher's claim at a = 0.01. a. Enter the null hypothesis for this test. Ho Select an answer b. Enter the alternative hypothesis for this test. H₁: Select an answer ?C c. Is the original claim located in the null or alternative hypothesis? Select an answer