General Question

Melody12234's avatar

Some math help? (Geometry)

Asked by Melody12234 (78points) November 16th, 2017 from iPhone

To prevent the door from opening to far and hitting a wall, doorstop can be placed on the hinge of the door. Your door in a small closet swings through a straight line distance of 40 inches, well another door in a washroom swings through a straight line distance of 48 inches. Which doorstop needs to be set to open to a larger angle? Explain.

Observing members: 0 Composing members: 0

3 Answers

Mimishu1995's avatar

Is this a homework question?

snowberry's avatar

Melody, we won’t do your homework for you. But if you need help understanding how to get the answer, there are lots of people willing to help you find it. But you’ll still have to do the work yourself.

CWOTUS's avatar

This is understandably confusing. For one thing, a hinged door does not open through a “straight line” distance, but if I understand the meaning of the question and if both doors are the same size (width), which is a vital but omitted part of the question, then I presume that the measures of the arcs through which the doors open are 40” and 48”, respectively.

So, that’s my understanding of the “straight line distance” that’s mentioned (and if you consider how a narrow door will open through a smaller arc than a wider door – measured by the length of the arc at the outer edge of the door, then you’ll understand why it’s vital to compare doors of the same width), but the final question is also worded somewhat oddly.

The wording you mention is “which doorstop needs to be set to open to a larger angle”, which, again, I presume to mean “to permit a wider-opening door”. If you diagram this, I think the answer will be clear to you (provided you agree with my interpretations of the problem setup and what is being asked).

Answer this question




to answer.

This question is in the General Section. Responses must be helpful and on-topic.

Your answer will be saved while you login or join.

Have a question? Ask Fluther!

What do you know more about?
Knowledge Networking @ Fluther