Assuming the dice go up to a maximum value of 6. The maximum number of different outcomes is 6^3 (6 times 6 times 6) which would be 216.
Answer:
umm...1/12 of a chance
Step-by-step explanation:
Are you sure there isnt a graph that goes along with this?
Hello!
You start with 13 1/4 inches of steel
You cut 2 3/4
So yo subtract these two
13 1/4 - 2 3/4 = 10 2/4
Then you cut 3 1/4 inches off
You subtract these as well
10 2/4 - 3 1/4 = 7 1/4
The answer is 7 1/4
Hope this helps!
(26/13) (-7) + 14 - 4
2(-7) + 14 - 4
-14 + 14 - 4
-4
Selection C is appropriate.
Probably, the function only usefully describes the height between the time it is thrown (x=0) and the time it lands (x=5).
_____
Conceivably, a function can be written that would describe height before it is thrown and after it hits the ground (as after it bounces, for example). In that case, one might be interested for the domain of "all real numbers" or at least "all real numbers representing the time during which the object was in existence."