WebMar 28, 2024 · The perimeter of the given triangle is 24 cm. To calculate the perimeter of an equilateral triangle, we need to multiply its side length by 3. The length of each side of the given triangle is 8 cm. Hence its perimeter will be 3 × 8 cm = 24 cm. Can a right triangle be equilateral? No, a right triangle can't be an equilateral triangle. WebA snake is 5 feet 8 inches long. How long is the snake? answer choices . 75 inches. 68 inches. 13 inches. 50 inches 75 inches alternatives ... The perimeter of the garden …
Fort Lauderdale mops up after historic flooding engulfs city
Web1 day ago · A truck drives through the flooded road cause by heavy rains at West Perimeter Road in the Fort Lauderdale on Thursday, April 13, 2024. ... but some gauges showed up to 25 inches (63.5 centimeters ... WebGiven, Perimeter = 48 inches Length of the two equal sides = 17 inches each Perimeter of a triangle = sum of lengths of three sides 48 = 17 + 17 + b 48 = 34 + b b = 14 Therefore, b = 14 inches Answer: Length of the missing side = 14 inches. Example 3: The perimeter of a rectangular wire is 297 inches. fishman supply company petaluma ca
Feet to Inches (ft to in) conversion calculator - RapidTables
WebThe calculator output is precise to two decimal points. This means that for best precision, you should use the smallest unit for output. For example, a width of 6.417 feet (6 feet 5 … Our free online scientific calculators can calculate any kind of problem that a regu… Our free online math calculators can calculate everything from simple math probl… Square Footage Definition. The Square Footage Calculator is a super tool for calc… Web12. 18cm and 32cm then find the perimeter 13. find the volume in m3 of a rectangular block 32cm by 13.5 cm by 0.10 14. a circular pool has a radius of 32cm; 15. A step in a staircase measure 245cm in lenght and 32cm in width what is its perimeter? 16. A circular pool has a radius of 32cm. Find its area. 17. WebHere the Greek letter π represents a constant, approximately equal to 3.14159, which is equal to the ratio of the circumference of any circle to its diameter. One method of deriving this formula, which originated with Archimedes, involves viewing the circle as the limit of a sequence of regular polygons. 5 comments ( 35 votes) Upvote Downvote Flag fishman telecaster piezo bridge