Cylinder A has a volume of 360 cm3. Cylinder B has a base and height identical to that of the cylinder B, but it is the right in
such a way that its slant length is greater by 4 cm. What is the volume of cylinder B?
1 answer:
<u>Answer:</u>
360 cm
<u>Step-by-step explanation:</u>
Here, one cylinder is right and the other cylinder is oblique or slanted.
In geometrical context, an object which is distorted so that it seems to lean over at a certain angle, in comparison to being completely upright is called an oblique object. While the right objects are exactly upright.
Since both the cylinders have the same base and height, so their volume is not affected by the lean of the cylinder B.
Therefore, cylinder B has the same volume as cylinder A i.e. 360 cm.
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The option that needs to be corrected in this making of a that is line parallel to AB via C is known to be the second arc should be centered at C.
<h3>Why should the second arc be centered at C.</h3>The second arc should be centered at C because as it crosses via Line C, it is seen that it was not touching or intersecting AB and so one can say that it is a parallel to it.
Looking at the other lines, you will see that they are all touching AB and are not running parallel to it.
Therefore, The option that needs to be corrected in this making of a that is line parallel to AB via C is known to be the second arc should be centered at C.
See full question below
What needs to be corrected in this construction of a line parallel to AB passing through C?
A) The first arc should pass through C.
B) The first arc should pass centered at C.
C) The second arc should be centered at C.
D) The second arc should cross the first arc.
E) The second arc should be centered at F
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