Answer:
Step-by-step explanation:
XY = 1/2 * QR (According to the midpoint theorem)
=1/2 * 15.6
=15.6/2
=7.8 m
The answer for that question is 1 3/5
Answer:
8 times larger.
Step-by-step explanation:
The radius of the large sphere is double the radius of the small sphere.
Question asked:
How many times does the volume of the large sphere than the small sphere
Solution:
<u>Let radius of the small sphere = </u><u />
<u>As the radius of the large sphere is double the radius of the small sphere:</u>
Then, radius of the large sphere =
To find that how many times is the volume of the large sphere than the small sphere, we will <em><u>divide the volume of large sphere by volume of small sphere:-</u></em>
For smaller sphere:
For larger sphere:
Now, we will divide volume of the larger by the smaller one:
<u>Now, we have</u>
=
Therefore, the volume of the large sphere is 8 times larger than the smaller sphere.
Answer:
Minimum cycle time = time for longest task = 2.4 minutes
Maximum cycle time = sum of the times to complete all the tasks = 18 minutes
Step-by-step explanation:
For the minimum cycle time, the reasoning is that all the tasks can be done simultaneously, at some during the assembling task. Hence, minimum time to complete one cycle is the time it takes to complete task that takes the longest time to complete.
For the maximum cycle time, the reasoning here is that each task is done after the completion of the previous task. The total time taken to finish the task will then be the sum of the time taken to complete each task. This usually is at the beginning of operations.
Answer:
d) (-3/2, -1/2)
Step-by-step explanation:
The midpoint (M) between two given points is the average of their coordinate values:
M = (A + B)/2 = ((-8, 1) +(5, -2))/2 = (-3, -1)/2
M = (-3/2, -1/2) . . . . . matches choice D