1) Calculate the incidence rate/density of developing ADHD in the 2010-2011 school year using information from the schematic above. Please report the rate per 1000 student-years (10 months = 1 student year), using two decimal places. --> Using the first picture with the 2010 School Year (Sept-June) 2) Calculate the number of individuals still at risk after each school year ends and the annual incidence for each study year using the information in the table above. Use two decimal points for your incidence calculation. Fill in the table above where there are question marks, but be sure to show your work below. (Hint: Think carefully about the denominator and the timing of being at-risk --> second picture Thank you so much for the help! Any work shown to understand each step would be appreciated!

1) Calculate the incidence rate/density of developing ADHD in the 2010-2011 school year using information from the schematic above. Please report the rate per 1000 student-years (10 months = 1 student year), using two decimal places. --> Using the first picture with the 2010 School Year (Sept-June) 2) Calculate the number of individuals still at risk after each school year ends and the annual incidence for each study year using the information in the table above. Use two decimal points for your incidence calculation. Fill in the table above where there are question marks, but be sure to show your work below. (Hint: Think carefully about the denominator and the timing of being at-risk --> second picture Thank you so much for the help! Any work shown to understand each step would be appreciated!

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1) Use the information in Table 1 to describe how Hispanic Americans compare to non-Hispanic White Americans with respect to diabetes prevalence. 2)From Table 2, which Hispanic origin group is in the worst position with respect to diabetes prevalence? Name only one group. 3)Describe the information about diabetes among Hispanic Americans presented in Table 2. In your response, please discuss one reason for the observed differences. 4)Using the additional information in Table 2, describe how Hispanic Americans compare to non-Hispanic White Americans with respect to diabetes prevalence.
Give typed full explanation The use of data from the "tick-box" on the death certificates to track work-related mortality trends is an example of which kind of surveillance system? Provide an explanation for your choice of surveillance system [3] Country A and Country B both have crude mortality rates for stroke of 6 per 1000 population per year. Country A has an age-adjusted mortality rate for stroke of 3 per 1000 population per year. Country B has an age-adjusted mortality rate of 8 per 1000 people. Which of the following are correct? [1] a) Country A has an older population than Country B b) Country A has a younger population than Country B c) Diagnosis of stroke is more accurate in Country A d) Diagnosis of stroke is more accurate in Country B
A.Develop a resistance training program for a 33 year old male marathon runner that is entering the preseason, include specific exercises, loads/sets/reps, rest cycles, and frequency of training. B.Explain your plan for progression.
A hypothetical population of 3000 elderly adults was recruited for a 10-year study of Alzheimer's disease. Upon initial exam prior to the start of follow-up, 450 cases of the disease were diagnosed and excluded from further study. Over the 10-year study period, 640 new cases of Alzheimer's disease developed, and 215 of those incident cases died from the disease. The study participants contributed a total of 18,500 person-years of follow-up time. Calculate the Alzheimer's disease incidence rate per 1000 population during this study. Round to the nearest whole number. Include only the numerical answer (no units) in the answer box.
The setting for this study was Use the article to answer question Yeom, Y. H., & Lee, S. J. (2023). Moderating effect of physical activity on the relationship between perceived stress and depression in patients with ischemic heart disease: A cross-sectional study. Korean Journal of Adult Nursing, 35, 204-211. https://doi.org/10.7475/kjan.2023.35.3.204 What statement best describes this study with regard to causality? A. The results of this study provide strong support for causality. B. The results of this study do not provide strong support for causality.
The American Diabetes Association recommends screening for diabetes in children who are overweight and have 2 out of 3 identified risk factors. Which of the following is one of the 3 identified risk factors? Family history of type 1 diabetes Membership in a specified race-ethnic group, including Caucasian Family history of heart disease Signs of insulin resistance
1) In a recent survey by the National College Health Association, what was the greatest impediment to academic performance as reported by students?
how to write a tactful and diplomatic critique on this section? Despite overlaps in clinical symptomatology, autism and ADHD may be associated with opposite autonomic arousal profiles which might partly explain altered cognitive and global functioning. We investigated autonomic arousal in 106 children/adolescents with autism, ADHD, co-occurring autism/ADHD, and neurotypical controls. Heart rate variability was recorded during resting-state, a ‘passive’ auditory oddball task and an ‘active’ response conflict task. Autistic children showed hyper-arousal during the active task, while those with ADHD showed hypo-arousal during resting-state and the passive task. Irrespective of diagnosis, children characterised by hyper-arousal showed more severe autistic symptomatology, increased anxiety and reduced global functioning than those displaying hypo-arousal, suggesting the importance of considering individual autonomic arousal profiles for differential diagnosis of autism/ADHD and when…
Calculate the age standardized IHD mortality rate using the Standard population. Show all calculations. (See attached image)
Table 2 Pearson's correlations matrix between the SF-36 do- - mains - Ribeirão Preto, 2007. Domains 1 1. Physical Functioning 1.00 2. Physical Role 21 1.00 42** 34* 1.00 3. Bodily Pain 4. General Health 5. Vitality 6. Social Functioning 7. Emotional Role 8. Mental Health *p≤0.05; **p 3 44**.09 28* 1.00 .45** .28* 31* 27* .11 27 98 52** 09 19 30* Which domains demonstrated the strongest correlation? What was the significance level of the correlation? For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BIUS Paragraph V Arial EE † {} 4 5 6 ⒸX X² X₂G XO 49** 1.00 41** .55** 1.00 27* 43**.42** 1.00 51** 80** .54** .44** 1.00 지기 KH + 4 v 8 10pt >¶¶< - ABC
A case-control study was conducted to evaluate the relationship between physical activity and coronary heart disease (CHD) in men. A total of 406 men newly diagnosed with CHD were included together with 406 men of similar ages who did not have CHD. The risk of CHD (measured by the OR) was higher among men who were inactive or only moderately active (collectively called ‘inactive’) than among those who were physically active: (See attached image) Odds ratio for inactive men compared to active men= (299 x 136)/(270 x 107)=1.41Suppose there is no misclassification in these data.What would the observed OR have been... 1. If 20% of all the inactive men had been misclassified as active? 2. If 10 % of inactive cases had been misclassified as active?
Calculate the risk ratio for each table below. Interpret the risk ratios and indicate which drug is associated with high mortality for the three tables. Calculate RRs to show the relationship between drug use and severity of asthma by creating a 2X2 table from the three tables below. Interpret the OR/RR estimate. Calculate RRs to show the relationship between severity of asthma and death by creating another 2X2 table from the tables below. Interpret the RR estimate. Determine whether there is confounding by severity of asthma in the relationship between drug use and asthma deaths. Use your responses in a, b and c above to answer this question. Draw a pictorial representation of cofounding using the three variables in this particular example. Is there effect modification by severity of asthma?