the table for x values or -1,0,2,4, also show me the graph
I suggest you convert both to the same unit - for example, both to C - then compare.
Sorry. WikiAnswers will not give you answers to educational program publications, and will not do your homework for you.
133 + 133 = 266
133 divided by 7 = 19 so 133 is divisible by 7
14.797
99
Supplementary angles add up to 180 degrees and so 47+133 = 180 degrees
Rounded to two decimal places, 133 kilograms is equal to 293.21 pounds.
I suggest you convert both to the same unit - for example, both to C - then compare.
The unit of time, the second, is defined as the duration of 9,192,631,770 periods of the radiation corresponding to the transition between two hyperfine levels of the fundamental state of de cesium-133
In math "of" means multiple, So 70% of 190 is really .70*190 which equals 133. Hope that helped :)
The address of the Project Brownstone is: 133 West 131St Street, New York, NY 10027-2099
Sorry. WikiAnswers will not give you answers to educational program publications, and will not do your homework for you.
1 oz = 28.35 g and since we are going from a smaller unit to a larger one, we divide by the factor. 133 / 28.35 = 4.691 oz ■
The address of the Valley County History Project Inc is: Po Box 133, Donnelly, ID 83615-0133
There are 0.45359237 kilograms in one pound. Therefore to get amount of pounds in kilograms, value in kilograms has to be divided by amount of kilograms in one pound: 133 kilograms = [kilograms] / 0.45359237 = 133 / 0.45359237 = 60.3278 pounds
It turns out that caesium-133 (or 133Cs or cesium-133, if you prefer an alternate spelling) is stable. It is the only stable isotope of caesium, and, as such, it won't be emitting any radiation under normal circumstances. Wikipedia has some particulars on caesium, and a link is provided.