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WorksheetsJAEL - General Mathematics Quiz
Total questions: 37
Worksheet time: 39mins
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Exponential Function
Exponential Equation
Exponential Inequality
None of these
Solve by applying the laws of
exponent.
9y2
81y2
9y-2
81y-2
Solve by applying the laws of
exponent.
4096 x9 y10 z6
24 x18 y24 z6
4096 x9 y10 z
4096 x18 y24 z6
Solve by applying the laws of
exponent.
- 4
1
-1
4
Solve by applying the laws of
exponent.
Solve by applying the laws of
exponent.
Solve for the growth factor. (1+r)
1.05
0.05
1
0.95
Solve for the growth factor. (1+r)
4.05
1.0305
1.0405
1.035
Solve for the growth factor. (1+r)
1.072
1.014
0.072
1.004
Solve for the growth factor. (1+r)
1.25
0.25
1.05
1.2
Solve for the growth factor. (1+r)
1.2
1.02
1.002
1.0002
Solve for the decay. (1-r)
1.65
0.35
1.6
0.3
Solve for the decay. (1-r)
0.14
0.15
0.16
0.17
Solve for the decay. (1-r)
0.95625
0.04375
1.95625
1.04375
Solve for the decay. (1-r)
0.96167
0.975
1.96167
0.959
Solve for the decay. (1-r)
0.999
0.998
0.997
0.996
You invest P 100, 000 in an account with 1.01 % interest, compounded quarterly. Assume you don't touch the money or add money other than the earned interest. How much money will you have in the account after 25 years?
Based on the problem above, identify the principal amount.
4
25
1.01
100,000
You invest P 100, 000 in an account with 1.01 % interest, compounded quarterly. Assume you don't touch the money or add money other than the earned interest. How much money will you have in the account after 25 years?
Based on the problem above, identify the rate.
4%
25%
1.01%
100,000%
You invest P 100, 000 in an account with 1.01 % interest, compounded quarterly. Assume you don't touch the money or add money other than the earned interest. How much money will you have in the account after 25 years?
Based on the problem above, identify the time in year.
4
25
1.01
100,000
You invest P 100, 000 in an account with 1.01 % interest, compounded quarterly. Assume you don't touch the money or add money other than the earned interest. How much money will you have in the account after 25 years?
Based on the problem above, identify the period per year.
4
25
1.01
100,000
You invest P 100, 000 in an account with 1.01 % interest, compounded quarterly. Assume you don't touch the money or add money other than the earned interest. How much money will you have in the account after 25 years?
Solve the problem.
P128,682.9903
P129,682.9903
P682,128.9903
P683,128.9903
What is the formula of an exponential function?
f(x) = bx
y = bx
f (x) = abx
y = bx+a
What are the two restrictions of the base of an exponential function?
b < 0 and b ≠ 1
b > 0 and b ≠ 1
b = 0 and b =1
b > 0 and b = 1
Evaluate the exponential function at x = 2.
78 125
390 630
1 953 125
390 626
Evaluate the exponential function at x = -2.
8
2
0.5
128
Evaluate the exponential function at x = 3.
1 / 8
-8
8
1 / 6
In solving the exponential growth you need to know first the growth factor, what will be its formula?
b = 1 - r
b = 1 + r
b = 1 / r
b = 1 * r
At r=0, there were initially 200 bacteria. Suppose that the bacteria double every 5 hours. How many bacteria will be there after 30 hours?
1200
240
1280
4 096 000 000
