1
answer
0
watching
150
views
12 Nov 2019
can u answer 7,9,10
write the letter of the most applicable statement on the blank providecd. 4'LL This is an exponential growth function (B) a logan thmic function 5. -e-The y-intercept (A) is at x = 1.2 (B) is atys 1.2 (C) is at y: 2 (D) does n 6.2 The x-intercept (A) is at x = 0 (B) is atx= 1.2 (C) is at y = 12Ddesco 7. Graph the function on the grid at right, (C) an exponential decay function (D) a function using natural logarithms. (E) none of the above. (E) none of the above. ling any intercepts. The end behavior of this function is best described as: f(x)â as x â 0; f(x) â oo as x â 120 (D)f(x) â 1.2 as x ââ:/(x)â;" asx â00 9 Graph the s)4on the grid above, labeling any intercepts Circle all TRUE statements below. g(x)> flx) for x so As x â-w, g(x) > f(x) f(x)> g(x) for 0 g(x) f(x)> gx) for (x s 2 As x â 0, g(x) > f(x) AMERICAN SCHOOL Lansing. I1. A-1083)-07/1404
can u answer 7,9,10
write the letter of the most applicable statement on the blank providecd. 4'LL This is an exponential growth function (B) a logan thmic function 5. -e-The y-intercept (A) is at x = 1.2 (B) is atys 1.2 (C) is at y: 2 (D) does n 6.2 The x-intercept (A) is at x = 0 (B) is atx= 1.2 (C) is at y = 12Ddesco 7. Graph the function on the grid at right, (C) an exponential decay function (D) a function using natural logarithms. (E) none of the above. (E) none of the above. ling any intercepts. The end behavior of this function is best described as: f(x)â as x â 0; f(x) â oo as x â 120 (D)f(x) â 1.2 as x ââ:/(x)â;" asx â00 9 Graph the s)4on the grid above, labeling any intercepts Circle all TRUE statements below. g(x)> flx) for x so As x â-w, g(x) > f(x) f(x)> g(x) for 0 g(x) f(x)> gx) for (x s 2 As x â 0, g(x) > f(x) AMERICAN SCHOOL Lansing. I1. A-1083)-07/1404
1
answer
0
watching
150
views
For unlimited access to Homework Help, a Homework+ subscription is required.
Jean KeelingLv2
12 Nov 2019