Given y = 2(3)x, determine the y-intercept.
(0, 2)
Determine if the exponential function represents growth or decay:
y = 2(3)x
Growth
rewrite using positive exponents
7^3•7^10
7^13
rewrite using positive exponents
4^8/4^3
4^5
rewrite using positive exponents
p^13/P^11
p^2
rewrite using positive exponents
5^-7
1/5^7
125 = 5x
x = 3
Given y = 5(1/2)x, determine the y-intercept.
(0, 5)
Determine if the following represents growth or decay:
y = 5 (0.45)x
Decay
rewrite using positive exponents
11^7•11^24
11^31
rewrite using positive exponents
12^11/12^7
12^4
rewrite using positive exponents
(x^12•2^2)/x^9
4 x^3
evaluate
3^-4
1/81
Solve for x:
8x = 32
5/3
Given the coordinates (0, 2) and (1, 6), determine the b-value of the exponential function (of the y = a(b)x)
b = 3
Determine if the following represents growth or decay:
y = 2(0.75)-x
Evaluate
(2/4)^2
1/4 or 4/16
rewrite using positive exponents
(9^6•9^9)/9^11
9^4
rewrite
x^2/x^2
1
rewrite
7^0
1
3x-7 = 27
x = 10
Given the coordinates (0, 4) and (3, 32), determine the a- and b-values of the exponential function (of the y = a(b)x)
a = 4 and b = 2
Determine the rate of growth or decay given
y = 2(1.6)x
0.6 rate of growth
rewrite using positive exponents
4/5•4/5•4/5•4/5•4/5
(4/5)^5
rewrite using positive exponents
(3/4)^25/(3/4)^20
(3/4)^5
rewrite using positive exponents
n^10/m^5 •m^12/n^7
n^3*m^7
rewrite using positive exponents
7^(-9)/7^3
1/7^12
42x+3 = 43
x = 0
Given the coordinates (2, 3) and (4, 27), determine the b-value of the exponential function (of the y = a(b)x)
y = (1/3)3x
Determine the rate of growth or decay given
y = 7(0.85)x
0.15 rate of decay
rewrite using positive exponents
(2^4 )^5
2^20
rewrite using positive exponents
s^17/s^11
s^6
rewrite using exponents
6v^2•6v^2
36v^4
rewrite using positive exponents
11^(-3)/11^4
1/11
5 x + 6 = 125 x - 4
x = 9