11 77/11 = 7 1155/11 = 105
t(n) = 12*n + 5
0.013
The fraction 12/77 is already in the simplest form.
77 × 12 = 6 ⁵/₁₂
65/12 - 41/3 = 77/12 - 13/3 = 77/12 - 52/12 = 25/12 = 21/12
Yes because 8085/77 = 105
105
11 77/11 = 7 1155/11 = 105
77
It is option B Solution Given the average high temperatures in degrees for a city. 58, 61, 71, 77, 91, 100, 105, 102, 95, 82, 66, 57 To find how the range changes when a value of 80.4° is added to the data The formula to find the range of a data set is Range=Largest number−Smallest number Largest number=105 Smallest number=57 Range=105−57=48 Range=48° With 80.4° added, and it neither the smallest nor biggest number, thus, the range stays the same as 48° Hence, the final answer is the range stays 48°.
Telephone numbers beginning with +41 77 are GSM mobiles in Switzerland.
t(n) = 12*n + 5
There are 12 multiples of 77 in that range.
12 x 77 = 924
12 + 77 = 89
77