That's not possible. Adding two odd integers, the result will always be even.
13 x 15 = 195
13 & 15
13 * 15
They are 64, 65 and 66 as well as a set of consecutive odd integers: 63, 65 and 67.
13 & 15
63+65+67 !
There are none. The only two consecutive numbers totaling -195 are -98 and -97.
Do you mean what two consecutive odd numbers gives a product of 195? If so then: 13*15 = 195
15 and 13
(x) + (x-1) + (x-2) + (x-3) + (x-4) = 185 5x - 10 = 185 5x = 195 x = 39
They are 64, 65 and 66.
The numbers are 195, 196, 197 and 198.
cos(195) = -0.965925826289
Given a number X, divide it by 195 to give a quotient whose integer part is Q and the remainder is R.That is X/195 = Q with remainder R Then if R < 97.5 then the rounded value is 195*Q and if R > 97.5 then the rounded value is 195*(Q + 1).
Use prime factorization to find the gcf of 65 and 195
The numbers are 13 and 15 (13 x 15 = 195).
cts no 195
195 percent as a fraction = 195/100 195% = 195%/100% = 195/100 in fraction
13 x 15 = 195 . . . too small15 x 17 = 255 . . . too bigThere are none.The best we can do for you is: (14 x 16) = 224 .===================================For the advanced student:If you work it from the generic form of two consecutive odd numbers,then you would say(2x - 1) (2x + 1) = 225Whence . . . (4x2 - 1) = 225 . . . 4x2=226 . . . x2=56.5 . . . x=sqrt(56.5)The two numbers are 14.0333 and 16.0333 . (rounded)A truly revolting development. Although their product is nice and close to 225,there's no way you could pass them off as odd integers.
The GCF is 15 so far.
65, 130, 195 The LCM is 195.
40 percent of 195 = 7840% of 195= 40% * 195= 0.40 * 195= 78
90% of 195 = 90% * 195 = 0.9 * 195 = 175.5
20% of 195= 20% * 195= 0.2 * 195= 39
195= 195 * 100%= 19500%