32.5 is the average.
The average of a set of numbers is their sum divided by how many there are. So, the average here is (250 + 310 + 275 + 195) / 4 and you can work that out.
275/56+4.9107hrs
375 = 375/1 or 375 = 750/2 or 375 = 1125/3 you get the drift!
375
88.514Km/hr or 24.587m/s
650-375 = 275
The same as the highest common factor of 275 and 100 (where 100 is the remainder of the division of 375 by 275).
275
Euclid's Algorithm (http://www.cs.berkeley.edu/~vazirani/s99cs170/notes/lec3.pdf). the mod function (or %, as used here) is equal to the remainder of x/y. In this first case, 375 mod 275 = the remainder of 375/275, 375/275 is 1 r100 thus 375%275=100. gcd(375,275) => gcd(275,375%275) = gcd(275,100) =>gcd(100,275%100) = gcd(100,75) => gcd(75,100%75) = gcd(75,25) => gcd(25,75%25) = gcd(25,0) ===> gcd is 25.
375 dollars
this is the same as asking 375 minus 99, very easy, 375-100=275+1=276
The GCF is 25.
The greatest common factor of 525, 375, and 275 is 25. The greatest common factor is the largest number that can be divided into a list of numbers evenly.
Depending on the buyer... $275-$375
The arithmetic average is (275+283)/2 = 279
Depending on condition, $275-$375.
If the rate of acceleration is constant, the average speed over the two feet is 187.5 mph (half of 375 mph). 187.5 mi/h x 5280 ft/mi ÷ 3600 sec/h = 275 ft/sec At that speed, the time it takes to go 2 ft. is (1 sec)/(275 ft) x 2 ft or about 7.27 ms (milliseconds).