The American flag is customarily made with its width and length in the ratio of 10 to 19. Which of the following dimensions is i
1 answer:
You have not provided the options, therefore, I cannot give an exact answer. However, I can help you with the procedures.
We are given that the ratio between the width and the length of the flag is 10 to 19.
This means that:
Therefore, to get the correct choice, all you have to do is divide the width by the length, if the result is 10/19, then the dimensions given are correct.
Examples:
For length = 190 and width = 100,
width / length = 100 / 190 = 10 / 19 .........> correct choice
For length = 1.9 and width = 1,
width / length = 1 / 1.9 = 10 / 19 .......> correct choice
Hope this helps :)
We are given that the ratio between the width and the length of the flag is 10 to 19.
This means that:
Therefore, to get the correct choice, all you have to do is divide the width by the length, if the result is 10/19, then the dimensions given are correct.
Examples:
For length = 190 and width = 100,
width / length = 100 / 190 = 10 / 19 .........> correct choice
For length = 1.9 and width = 1,
width / length = 1 / 1.9 = 10 / 19 .......> correct choice
Hope this helps :)
You might be interested in
Given that you mention the divergence theorem, and that part (b) is asking you to find the downward flux through the disk , I think it's same to assume that the hemisphere referred to in part (a) is the upper half of the sphere
.
a. Let denote the hemispherical <u>c</u>ap
, parameterized by
with and
. Take the normal vector to
to be
Then the upward flux of through
is
b. Let be the disk that closes off the hemisphere
, parameterized by
with and
. Take the normal to
to be
Then the downward flux of through
is
c. The net flux is then .
d. By the divergence theorem, the flux of across the closed hemisphere
with boundary
is equal to the integral of
over its interior:
We have
so the volume integral is
which is 2 times the volume of the hemisphere , so that the net flux is
. Just to confirm, we could compute the integral in spherical coordinates:
Hello,
1 .65 + 0.20(65) = 65 + 13 = 78
(65 - 60) / 65 = 5/65 = 0.0769 x 100 = 7.69 rounds to 7.7 % decrease compared to the 65 pizza's sold yesterday
2. I posted a file to help you on this question!
3. <span>Find principal by using the formula </span><span>I=P⋅i⋅t</span><span>, where </span>I<span> is interest, </span>P<span> is total principal, </span>i<span> is rate of interest per year, and </span>t<span> is total time in years.
</span>
So basically your answer is 600.
I truley hope this helps.
Have a good day!
-Jurgen
1 .65 + 0.20(65) = 65 + 13 = 78
(65 - 60) / 65 = 5/65 = 0.0769 x 100 = 7.69 rounds to 7.7 % decrease compared to the 65 pizza's sold yesterday
2. I posted a file to help you on this question!
3. <span>Find principal by using the formula </span><span>I=P⋅i⋅t</span><span>, where </span>I<span> is interest, </span>P<span> is total principal, </span>i<span> is rate of interest per year, and </span>t<span> is total time in years.
</span>
So basically your answer is 600.
I truley hope this helps.
Have a good day!
-Jurgen