Flagpole math problem
WebNo. of diners = 240. Portions of juice served = 4 oz. per diner. Size of juice can = 48 oz. How many cases of juice required if there are 8 cans in a case and you must buy a whole case? 2 (wrong) Perform the following food service calculation. Size of juice can = 54 oz. Portions of juice served = 6 oz. Number of cases used = 2. WebA flagpole is leaning at an angle of 107° with the ground. A string fastened to the top of the flagpole is holding up the pole. The string makes an angle of 38° with the ground, and …
Flagpole math problem
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WebThe Height Calculator by Colonial Flag is a convenient tool that can estimate the height of flagpoles and other objects. It provides a simple interface that 1 Step-by-step Completing a task step-by-step can help ensure that it is done correctly and efficiently. 2 Get detailed step-by-step answers
WebThis exercise involves a tall building, a shorter flagpole (of known height), and the shadows cast by each of the building and the pole. I am expected to assume that the ground on which the building and the flagpole are … WebThe key to solving it is to combine the two equations we have for the length of the loop: 2x+6 = x+5+ [sq rt (x²+25)]. Now we isolate x by applying the same functions to both sides of the “=”. Subtract x: x+6 = 5+ [sq rt (x²+25)] Subtract 5: …
WebFlagpole Problem Problem Statement My group started off this problem by measuring the height of a person and then stacking them on top of each other and finding the height of … WebQuestion. Mat 2-13 problem set. Transcribed Image Text: A school is installing a flagpole in the central plaza. The plaza is a square with side length 100 yards as shown in the figure below. The flagpole will take up a square plot in the middle of the plaza and its base will have an area of x-10x + 25 yd2. Area of the flagpole plot: x 10x + 25 ...
WebJun 28, 2012 · How to Solve Similar Triangles Applications: Flagpole Problem Math Class with Terry V 7.19K subscribers Subscribe Share Save 5.7K views 10 years ago All About …
WebIn this problem we have a flag pole we are trying to figure out the height when only given the length of the shadow from the base to the top of the flagpole. And the angle from the top of the... hillboy s2WebJul 18, 2015 · Here's a simple way to tackle the problem. Blues on a flagpole can range from 0 to 10. When 0 blue is on a flagpole (which means 1 green is there), there will be ${11\choose 8}$ ways to place the greens, else there will be ${12\choose 9}$ ways to place the greens. Thus # of arrangements = $2\cdot{11\choose 8} + 9\cdot{12\choose 9}= 2310$ smart choice contractorsWebApr 2, 2016 · Since the order in which the flags are placed on the flagpoles is relevant, we multiply this result by the $25!$ orders in which the flags can be arranged. Hence, the … hillbottom road sands industrial estateWebMath, 03.04.2024 14:20, snow01. D. Use the Pythagorean theorem to solve the following problem. 1. A flagpole casts a shadow at about 8:00 in the morning 13 m from its foot. If the flagpole is 9 m high, what is the distance between the … smart choice contactWebFeb 8, 2015 · This is a proportions question that you need to set up. If a 6 ft person casts a 24 ft long shadow, set up your equation to 6 ft. height/24 ft. shadow=height of the flagpole/48 ft. shadow. Then, you would cross … hillbottom pie port townsend menuWebFlagpole Spotlight. Use the information provided to solve the problem listed below. Be sure to who your work at all phases of problem solving. Refer to the Mathematics Problem … smart choice commercialWebClarify math problems If you're ever stuck on a math question, be sure to ask your teacher or a friend for clarification. ... Height Of A Flag Pole. Calculate the flagpole's height, H, using the formula H/S = h/s. In other words, H = h(S/s). For example, if S is 15 feet, h is 4 feet ( How to Measure the Height of a Flagpole. To find the height ... smart choice computers