Answer:
Step-by-step explanation:
Shortest : 3.6 cm.
If it is 3.6 cm , when rounding off, it will be 4cm
Longest: 4.4
If it is 4.4 cm, when rounding off, it will be 4 cm
Answer:

Step-by-step explanation:
<u>Solving Equations Using Successive Approximations</u>
We need to find the solution to the equation

where


The approximation has been already started and reached a state for x=2.5 where


The difference between the results is 0.25, we need further steps to reach a good solution (to the nearest tenth)
Let's test for x=2.4


The new difference is -0.2+0.24=0.04
It's accurate enough, thus the solution is

Answer:
Y/6 <_ 2
Step-by-step explanation:
(Less than it equal to sign)
No, -(5/11) is equivalent to -5 all over 11 so -5/11. You cannot change the denominator
Answer:
Yes
Step-by-step explanation: