The height of the tree is in direct proportion to the pole and its shadow
There are far too many alternatives. For example, 1 ft * 1 ft * 4.4 ft or 1 ft * 2 ft * 2.2 ft or 1 ft * 4 ft * 1.1 ft or 10 ft * 0.1 ft * 4.4 ft or 10000 ft * 0.0001 ft * 4.4 ft etc
4 ft * 1.5 ft * 2 ft = 12 cu ft = 89.8 US gallons (approx)4 ft * 1.5 ft * 2 ft = 12 cu ft = 89.8 US gallons (approx)4 ft * 1.5 ft * 2 ft = 12 cu ft = 89.8 US gallons (approx)4 ft * 1.5 ft * 2 ft = 12 cu ft = 89.8 US gallons (approx)
If the shadow of a 6-ft person is 4-ft long, then in this place at this moment, all shadowsare 2/3 the length of the vertical object that casts them.The 9-ft shadow therefore 2/3 the height of the tree. The height is (9)/(2/3) = (9 x 3/2) = 13.5-ft.-----------------------------------------(9/4)*6=13.5 ft.
160 ft * 180 ft = 28800 sq ft = 66.1% of an acre.160 ft * 180 ft = 28800 sq ft = 66.1% of an acre.160 ft * 180 ft = 28800 sq ft = 66.1% of an acre.160 ft * 180 ft = 28800 sq ft = 66.1% of an acre.
5 ft in Width and 16 ft in length
5 ft by 9 ft by 14 ft.
Ft is full time
First change mi/hr into ft/sec. There 1 mi = 5280 ft and 1 hour = 3600 sec. 6 mi/hr = 6 * (5280 ft / 3600 sec) = 8.8 ft / sec To figure out how fast you travel any distance you divide the distance by time it took you. distance / time = speed 205 ft / time = 8.8 ft / sec Solving for time: time = 205 ft / (8.8 ft / sec) time = 23 sec
Yes.
Mountain Time (either Mountain Standard Time or Mountain Daylight Time).
it all depens they can set it for what ever they want i was on it and they set it for 75 ft
40 ft
To find the height of the tree, we can set up a proportion using the similar triangles formed by the tree and its shadow, and the person and their shadow. The ratio of the height of the tree to its shadow is the same as the ratio of the height of the person to their shadow. This gives us (height of tree)/(9 ft) = (6 ft)/(4 ft). Solving for the height of the tree, we get height of tree = (9 ft * 6 ft) / 4 ft = 13.5 ft.
2 hours and 30 mins. Of course depends on where in Ft. Lauderdale and where in Ft. Myers and the time of day.
Set it on fire!
To find the height of the adult elephant, we can set up a proportion using the heights and shadows of the car and the elephant. Let x be the height of the elephant. The proportion can be set up as (6.5 ft / 33.2 ft) = (x ft / 51.5 ft). Cross multiplying, we get 6.5 * 51.5 = 33.2 * x. Solving for x, we find that the adult elephant is approximately 12.79 ft tall.