Patient has a mass in the ascending colon revealing adenocarcinoma, patient always has a mass in the descending colon revealed high grade dysplasia. Indicate the number of primaries and the supporting M rule? (There will be two answers)

Patient had a colonoscopy revealing two masses in the sigmoid colon. Biopsies of both masses revealed comedocarcinoma. What is the final histology and supporting H Rule? (There will be two answers)

Patient has a colonoscopy revealing multiple polyps carpeting the bowel. Biopsy of an ascending polyp was performed revealing adenocarcinoma and a rectal polyp was biopsied revealing adenocarcinoma . Indicate the number of primaries and the supporting M rule? (There will be two answers)

04/19/24 patient has a partial colectomy revealing adenocarcinoma in situ in ascending colon. Patient returned on 07/28/25 for surveillance colonoscopy which showed a new polyp in the ascending colon revealing mucinous adenocarcinoma. Indicate the number of primaries and the supporting M rule? (There will be two answers)

Patient has history of acinar adenocarcinoma of prostate in 01/2023, patient returns in 02/2024 for prostate biopsy revealing small cell carcinoma. How many primaries do I have? (You will need to use your M rules)

Patient has a colonoscopy revealing a mass in the descending colon and a mass in the rectum. Biopsy of descending mass was performed revealing adenocarcinoma and rectal mass was biopsied revealing squamous cell carcinoma . Indicate the number of primaries and the supporting M rule? (There will be two answers)

Patient had a colonoscopy revealing a mass in the descending colon. Biopsy revealed serrated adenocarcinoma with adenocarcinoma. What is the final histology and supporting H Rule? (There will be two answers)

Patient has a colonoscopy revealing around 20-30 polyps in the ascending colon. Biopsy of two of the polyps revealed adenocarcinoma. What is the final histology and supporting H Rule? (There will be two answers)

A study is conducted to determine if having a peer or alumnus mentor has an impact on the academic achievement of nursing students during their first semester. Incoming nursing students are recruited and randomly assigned to one of three groups. Students in Group A (control) are not given a mentor, students in Group B are assigned a second-year nursing student as a peer mentor, and students in Group C are assigned a recent graduate as an alumnus mentor. At the end of the first semester in the nursing program, the grade point average (GPA) of each student is recorded. The researcher wants to account for differences in the natural academic abilities of the students, so the ACT score of each participant is also recorded. SPSS is used to create dummy variables for the groups. SPSS was then used to construct a regression model with dependent variable y= first-semester GPA and with independent variables x1= ACT score, x2= peer mentor and x3=alum mentor. Note that the dummy variable x2 is equal to 1 for students assigned a peer mentor and 0 otherwise; whereas, the dummy variable x3 is equal to 1 for students assigned an alum mentor and 0 otherwise. Use the SPSS output provided below to complete this problem.         Complete each of the tasks below. Clearly label your response to each part. Make sure you respond completely to each part. Write the equation of the regression model.

A researcher conducts an experiment to determine the relative effectiveness of three medications designed to control LDL cholesterol levels in female patients with moderate-to-high cholesterol levels. Patients are recruited and randomly assigned to take one of the three medications over a 6-month period. At the end of the study, the LDL cholesterol level of each patient is measured. The researcher is concerned about the impact of the overall health of the patients on their LDL cholesterol levels; therefore, the body mass index (BMI) of each patient is also recorded as a covariate. SPSS was used to conduct an analysis of covariance (all underlying assumptions were checked and found to be valid). The tables below provide a portion of the SPSS output. Use the tables (as needed) to answer this question.  Table 6A     Table 6B         Do the following: State the null and alternative hypotheses for the analysis of covariance test, make a decision about the null hypothesis, and write a conclusion statement. : The adjusted group means are equal for [1] groups.   : The adjusted group means are different for [2] groups. P = [3],   [4] the null hypothesis There is [5] evidence to conclude the adjusted group means are different for [6] groups. If appropriate, use the Bonferroni post hoc analysis to identify all pairs of adjusted treatment means that are statistically significantly different.  Which of the following groups are statistically significantly different? [7]