The coordinates 33°N, 118°W point to a location in Southern California, specifically in the vicinity of Long Beach and Los Angeles. This area is characterized by a coastal climate and is known for its beaches, urban development, and diverse population. It's also near major transportation hubs and attractions in the greater Los Angeles area.
-17 + n / 5 = 33 n / 5 = 33 + 17 n / 5 = 50 n = 50 * 5 n = 250 If you meant ( -17 + n ) / 5 = 33 then ( -17 + n ) = 33 * 5 n = 33 * 5 + 17 n =182
Suppose the number is N. Then 8*N + 17 = 33 Therefore 8*N = 33 - 17 = 16 and so N = 16/8 = 2.
N = 1
To find the number of diagonals in a polygon with ( n ) sides, you can use the formula ( \frac{n(n-3)}{2} ). For a 33-sided polygon, this would be ( \frac{33(33-3)}{2} = \frac{33 \times 30}{2} = 495 ). Therefore, a 33-sided polygon has 495 diagonals.
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Los Angeles is located at approximately 34°N and 118°W.
The coordinates 34N 118W would point to Los Angeles, California.
-17 + n / 5 = 33 n / 5 = 33 + 17 n / 5 = 50 n = 50 * 5 n = 250 If you meant ( -17 + n ) / 5 = 33 then ( -17 + n ) = 33 * 5 n = 33 * 5 + 17 n =182
A sea near Antarctica.
The shortened version for quake city at latitude 34° N and longitude 118° W could be QC 34N 118W.
n/33 :)
We know that the complete graph has n(n-1)/2 edges and we want to find out n such that n(n-1)/2 greater or equal to 500. Thus n(n-1) greater or equal to 1000. Taking n=33, we have, n(n-1)=33(33-1)=1056>1000. Therefore required smallest integer is n=33.
a Triangular antennas tower..... not exactly a mountain...
Suppose the number is N. Then 8*N + 17 = 33 Therefore 8*N = 33 - 17 = 16 and so N = 16/8 = 2.
N = 1
What city is 34N and 118W located in North America
-7n2 + 74n + 33 = -7n2 + 77n - 3n + 33 = -7n*(n - 11) - 3*(n - 11) = =(-7n - 3)*(n - 11) = -(7n +3)*(n - 11)