Table 3:
#1: LSD, Mushrooms, or Ecstasy (50.39%) | #2: Poly-Hallucinogen (30.39%) | #3: Ecstasy Only (13.28%) | #4: LSD or Mushrooms (5.94%) | ||||||
---|---|---|---|---|---|---|---|---|---|
| |||||||||
% | CI | % | CI | % | CI | % | CI | χ2 | |
Age | |||||||||
12–17 | 16.35 | (15.1–17.7) | 1.15 | (0.08–1.17) | 5.52 | (4.2–7.2) | -- | -- | |
18–25 | 60.24 | (58.0–62.5) | 33.56 | (30.7–36.6) | 47.13 | (42.7–51.6) | -- | -- | |
26–34 | 20.00 | (17.9–22.2) | 40.09 | (37.1–43.2) | 39.30 | (34.6–44.2) | 2.68 | (0.8–8.7) | 160.6*** |
35–49 | 3.40 | (2.5–6) | 22.78 | (20.2–25.5) | 8.06 | (5.1–12.4) | 26.60 | (19.4–35.4) | |
50 and older | -- | -- | 2.42 | (1.3–4.5) | -- | -- | 70.72 | (60.8–79.0) | |
Sex | |||||||||
Female | 37.41 | (35.1–39.7) | 24.91 | (22.0–28.0) | 55.73 | (50.3–60.9) | 47.97 | (38.2–57.9) | 31 2*** |
Male | 62.59 | (60.2–64.9) | 75.09 | (71.9–78.0) | 44.27 | (39.0–49.6) | 52.03 | (42.1–61.8 | |
Race/Ethnicity | |||||||||
White | 69.53 | (67.1–71.8) | 78.50 | (74.9–81.7) | 29.65 | (25.9–33.6) | 58.88 | (47.6–63.3) | |
Black | 5.13 | (4.3–6.1) | 2.25 | (1.4–3.5) | 34.64 | (30.1–39.5) | 14.66 | (9.0–23.0) | |
Asian | 4.67 | (3.7–5.8) | 2.28 | (1.2–4.2) | 10.31 | (7.7–13.6) | 7.47 | (2.8–18.4) | 35.1*** |
Hispanic | 15.55 | (13.6–17.7) | 12.07 | (9.7–14.9) | 20.86 | (17.3–24.9) | 14.69 | (9.0–23.0) | |
Other | 5.10 | (4.4–5.9 | 4.90 | (3.7–6.4 | 4.54 | (3.2–6.4) | 4.30 | (2.1–8.4) | |
Household Income | |||||||||
<$20,000 | 23.65 | (21.6–25.8) | 19.77 | (17.0–22.9) | 28.60 | (24.3–33.3) | 33.39 | (25.1–42.8) | |
$20,000–39,999 | 29.86 | (27.6–32.2) | 34.48 | (31.6–37.5) | 34.06 | (29.6–38.8) | 36.29 | (25.4–48.8) | 3.1** |
$40,000–74,999 | 14.50 | (12.9–16.2) | 15.27 | (12.8–18.1) | 10.43 | (8.2–13.2) | 8.11 | (3.9–16.2) | |
$75,000+ | 31.99 | (29.8–34.3) | 30.48 | (27.3–33.9) | 26.90 | (22.6–31.7 | 22.20 | (14.2–33.0) |
Notes. Data from 2016–2018 are pooled. % = Proportion of latent class. Estimates weighted to account for complex sampling design. χ2 = Chi-square (and accompanying test of significance via p-values [*p < .05, **p< .01, *** p< .001]) to test for differences in the distribution of demographic variables between latent classes.