Investigation: Complex Arithmetic
... Part 3: The conjugate of a + bi is a – bi. Let’s see what happens when we add or subtract them together. a. (2 – 4i) + (2 + 4i) b. (7 + 2i) + (7 – 2i) ...
... Part 3: The conjugate of a + bi is a – bi. Let’s see what happens when we add or subtract them together. a. (2 – 4i) + (2 + 4i) b. (7 + 2i) + (7 – 2i) ...
Basic Counting Principles
... • From 1, 2, or 3 letters, followed in each case by 4 digits? • From 1, 2, or 3 letters, followed in each case by 4 digits, when the 4 digits, interpreted as a number, is even? ...
... • From 1, 2, or 3 letters, followed in each case by 4 digits? • From 1, 2, or 3 letters, followed in each case by 4 digits, when the 4 digits, interpreted as a number, is even? ...
Chapter 5 - Measurements and Calculations
... a. Leading Zeros – precede all nonzero digits, they NEVER COUNT .0025 = 2 SF .0009 = 1 SF b. Captive (Trapped) Zeros – fall between two nonzero digits, they ALWAYS COUNT 6008 = 4 SF ...
... a. Leading Zeros – precede all nonzero digits, they NEVER COUNT .0025 = 2 SF .0009 = 1 SF b. Captive (Trapped) Zeros – fall between two nonzero digits, they ALWAYS COUNT 6008 = 4 SF ...
Chapter 1.1 Patterns and Inductive Reasoning.notebook
... Find the first few sums. Notice that each sum is a perfect square and that the perfect squares form a pattern. ...
... Find the first few sums. Notice that each sum is a perfect square and that the perfect squares form a pattern. ...
Cm1 - ITWS
... Special Exponents: 1 & 0 are critical for future Algebra! Any number to a power of 0 equals One! Any number to a power of 1 equals Number! ...
... Special Exponents: 1 & 0 are critical for future Algebra! Any number to a power of 0 equals One! Any number to a power of 1 equals Number! ...
Units of Measurement
... exponents of each number has to be the same As a rule of thumb, it is best to take the number with the lower exponent and change it match the higher exponent. To increase an exponent, move the decimal point in the coefficient to left, the number of spaces equal to the increase in the exponent. ...
... exponents of each number has to be the same As a rule of thumb, it is best to take the number with the lower exponent and change it match the higher exponent. To increase an exponent, move the decimal point in the coefficient to left, the number of spaces equal to the increase in the exponent. ...