Answer:
I believe the answer is 17
Step-by-step explanation:
If you count the length of it by counting how many of the tiny squares it is on it is 17.
A=(pi)d
158.368=3.14d
d=50.436
r=25.218
Answer:
"Variable interval" is the right solution.
Step-by-step explanation:
- A variable-interval timetable seems to be a fiber-reinforced routine where another sensitivity or reaction would be commended because an unanticipated or unstable transaction has taken place, which would be the exact reverse of either a fixed-interval routine.
- The whole such schedule results in a slow or predictable, fairly constant targeted respondents.
Answer:
are think my answer is A, because x and y are are the same
224 is the times to were it’s put in the outside order inside of it
