TGEA5_Chap_01
... The denominators of 2/5 and 1/3 are 5 and 3. The numbers 5 and 3 divide many numbers exactly (30, 45, and 60, to name a few), but the smallest number that they divide exactly is 15. Thus, 15 is the LCD for 2/5 and 1/3.To find 2/5 + 1/3, we find equivalent fractions that have denominators of 15 and w ...
... The denominators of 2/5 and 1/3 are 5 and 3. The numbers 5 and 3 divide many numbers exactly (30, 45, and 60, to name a few), but the smallest number that they divide exactly is 15. Thus, 15 is the LCD for 2/5 and 1/3.To find 2/5 + 1/3, we find equivalent fractions that have denominators of 15 and w ...
TGEA5 Chap 01
... Strategy We begin by scanning the given set, looking for any natural numbers. Then we scan it five more times, looking for whole numbers, for integers, for rational numbers, for irrational numbers, and finally, for real numbers. Why We need to scan the given set of numbers six times, because numbers ...
... Strategy We begin by scanning the given set, looking for any natural numbers. Then we scan it five more times, looking for whole numbers, for integers, for rational numbers, for irrational numbers, and finally, for real numbers. Why We need to scan the given set of numbers six times, because numbers ...
Floating
... • With 8 bit exponent range would be –128 to 127 • Note: -1 would be 11111111 and with simple sorting would appear largest. • For this reason, we take the exponent, add 127 and represent this as unsigned. This is called bias 127. • Then exponent field 11111111 (255) would represent 255 - 127 = 128. ...
... • With 8 bit exponent range would be –128 to 127 • Note: -1 would be 11111111 and with simple sorting would appear largest. • For this reason, we take the exponent, add 127 and represent this as unsigned. This is called bias 127. • Then exponent field 11111111 (255) would represent 255 - 127 = 128. ...
Floating
... • With 8 bit exponent range would be –128 to 127 • Note: -1 would be 11111111 and with simple sorting would appear largest. • For this reason, we take the exponent, add 127 and represent this as unsigned. This is called bias 127. • Then exponent field 11111111 (255) would represent 255 - 127 = 128. ...
... • With 8 bit exponent range would be –128 to 127 • Note: -1 would be 11111111 and with simple sorting would appear largest. • For this reason, we take the exponent, add 127 and represent this as unsigned. This is called bias 127. • Then exponent field 11111111 (255) would represent 255 - 127 = 128. ...
Test 1 - Yeah, math, whatever.
... (4) Sketch (draw as a translate of | x |) the absolute value function: (a) f ( x) x 6 2 (b) g ( x) x 3 2 (5) Factor the polynomial: (a) x 2 8 x 7. (b) x 2 2 x 15 . (c) 5x2 – 7x – 6 ...
... (4) Sketch (draw as a translate of | x |) the absolute value function: (a) f ( x) x 6 2 (b) g ( x) x 3 2 (5) Factor the polynomial: (a) x 2 8 x 7. (b) x 2 2 x 15 . (c) 5x2 – 7x – 6 ...
Solution sheet 26/05
... 5. Let a and b be the two primes we get from adding up the numbers in the divided set. The only even prime number is 2, and the sum of any numbers in the list is greater than 2, it follows that a and b must be odd. There is only two odd numbers 39 and 45 from the list, so these must be put into diff ...
... 5. Let a and b be the two primes we get from adding up the numbers in the divided set. The only even prime number is 2, and the sum of any numbers in the list is greater than 2, it follows that a and b must be odd. There is only two odd numbers 39 and 45 from the list, so these must be put into diff ...
Std 02 Exponent Notes
... When multiplying numbers with the same base, you _________ the exponents. EX) x x x ...
... When multiplying numbers with the same base, you _________ the exponents. EX) x x x ...
Elementary mathematics
Elementary mathematics consists of mathematics topics frequently taught at the primary or secondary school levels. The most basic topics in elementary mathematics are arithmetic and geometry. Beginning in the last decades of the 20th century, there has been an increased emphasis on problem solving. Elementary mathematics is used in everyday life in such activities as making change, cooking, buying and selling stock, and gambling. It is also an essential first step on the path to understanding science.In secondary school, the main topics in elementary mathematics are algebra and trigonometry. Calculus, even though it is often taught to advanced secondary school students, is usually considered college level mathematics.