Suppose you know the density of some (strange) substance at 10oC and 20oC, 125 gm/cm3 and 145 gm/cm3. You want to know its density at, say, 13oC. You could use linear interpolation. To do so, you first find the linear function that satisfies the points (10, 125) and (20, 145). I think it's D=105 + 2t. Now since 13 is between the temperatures for which we have data we can interpolate: 105 + 2(13) = 131 or 131 gm/cm3.
131 = 13,100%
131% = 131/100 in fraction
131-126 = 5
131 is bigger,,,because .302=0.302 which is smaller than 131
131 centimeters = 4.3 feet
Page 131 more or less
It might help if you specified which book you were referring to!
harcourt.com?!?!?
Depending on the version, this could be page 131, at the end of Part 1, Chapter 13.
Suppose you know the density of some (strange) substance at 10oC and 20oC, 125 gm/cm3 and 145 gm/cm3. You want to know its density at, say, 13oC. You could use linear interpolation. To do so, you first find the linear function that satisfies the points (10, 125) and (20, 145). I think it's D=105 + 2t. Now since 13 is between the temperatures for which we have data we can interpolate: 105 + 2(13) = 131 or 131 gm/cm3.
Peeta announces Katniss is pregnant (but she really isn't) in Catching Fire, the second book, but I don't know what page.
131 = 13,100%
1 x 131, 131 x 1.
131% = 131/100 in fraction
It an be divided evenly by: 1, 131.
131-126 = 5