The ancient babylonians developed a method for calculating nonperfect squares by 1700 bce. Complete the statements to demonstrate how to use this method to find the approximate value of. In order to determine , let g1 = 2, a number whose square is close to 5. 5 ÷ g1 = , which is not equal to g1, so further action is necessary. Average 2 and g1 to find g2 = 2. 25. 5 ÷ g2 ≈ (rounded to the nearest thousandth), which is not equal to g2, so further action is necessary. Average 2. 25 and g2 to find g3 = 2. 236. 5 ÷ g3 ≈ (rounded to the nearest thousandth), which is equal to g3. That means is approximately 2. 236.
Answers: 3
SAT, 25.06.2019 22:00, hannah1571
In the image, layer a is the topmost layer. layer c contains fossils from the precambrian era. layer b contains dinosaur fossils, and layer a contains fossils of mammals. which two statements are supported by this evidence? 1. mammals lived before the precambrian era. 2. dinosaurs and mammals existed in the precambrian era. 3. dinosaurs evolved after precambrian organisms. 4. precambrian organisms evolved after dinosaurs. 5. precambrian organisms were the first life-forms to become fossilized, according to this sample.
Answers: 1
SAT, 26.06.2019 13:00, embersongracie
Rick is on a bicycle trip. every 4 days he bikes 230 km. if rick keeps this same pace for 16 days, how many kilometers will he bike?
Answers: 1
The ancient babylonians developed a method for calculating nonperfect squares by 1700 bce. Complete...
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