1A Laws of Exponents
1B Operations in the form of a​^x
1C Logarithms
12A Laws of Exponents with Rational Exponents
100

Describe the Quotient Rule

am/an=am-n

100

What are the two rules when converting an expression to Standard Index Form, (aka. Scientific Notation(?

1. Coefficient must be 1≤a≤10

2. Base must be 10 with k as an integer.

    a x 10k

100

Convert exponent form to log form

a=bx --> logba=x

100

a1/n = ?


a1/n = n√a

200

Describe the difference between the Product Rule and the Power of a Power Rule

Product Rule- Add exponents 

ex) am × an = a(m+n)

Power of a Power Rule- Multiply exponents 

  • (am)n = amn


200

Write in Standard Index Form

0.02219

2.219 x 10-2

200

Describe change of base log formula 

logab= logcb/logca

200

Evaluate 363/2

363/2 = 216

300

Simplify (2x2y)3/8xy


x5y2

1.A #45, Green

300

Write in Standard Index Form 

(5.7x1013) + (4.3x1012)

6.13x1013

1.B #13b, Non-colored

300

Solve and find exact solution 

10x-2=70

2+log7

1.C #32a, Non-colored

300

Evaluate 64-2/3

64-2/3 = 1/16

400

Solve 25^2x+4 = 125x5^x-1

x=-2

1.A #53, Blue

400

Compare and contrast the uses of Standard Index Form and decimal notation.

Compare: Both are representations of the same number 

Contrast: Standard Index Form helps visualize the scale of the number; however, decimal notation is more direct and simpler for basic equations.

400

Simplify 

ln(eaeb)

a+b 

1.C #39, Green

400

Write 17x2/4√x in the form kxn

17x2/4√x = 17x7/4

500

Without using a calculator, which is larger out of 2^7000 and 5^3000. Justify your answer. 

2^7000 is larger, because (128)^1000 is greater than (125)^1000

1.A #60, Black

500

The number of atoms in a balloon is approximately 6.0 × 1023. Theoretical physics predicts that there are approximately 1080 atoms in the known universe. What proportion of atoms in the known universe are found in the balloon?

6.0 x 10-57

1.B #21, Green

500

Evaluate log10x-logx where x is a positive number

1.C #51, Black 

500

Solve 

log2(x+3)=3

5