12925 rounded to the nearest ten thousand

Answers

Answer 1

Answer: 13000, 9 rounds it all up

Answer 2

Answer: 13000 because the 9 rounds it up

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Find the volume of the figure on the left

Answers

the volume is 408

l times w times h

The official length for a race is 26.2 miles how many yards and feet long is the race

Answers

There are 5280 feet per every mile.
There are 3 feet per yard. So there are 1760 yards per mile.
26.2 times by 1760 = 46,112 yards
2602 times by 5280 = 138,336 feet

Hey There!

1mile=1760yard

1mile=5280feets

To find how many yards is in 26.2 miles you multiply 26.2*1760=46112 yard

To find how many feet is 26.2 miles you multiply 26.2*5280ft=138336 feet

26.2 miles as feet= 138336

26.2 miles as yard =46,112

Have A Brainly Day :)

Hye Sun has a modern coffee table whose top is a triangle with the following side lengths: 8 feet, 3 feet, and 5 feet. Is Hye Sun's coffee table top a right triangle?

Answers

you can check this by using the Pythagorean theorem

8²-5² = 39

3² does not = 39 therefore this is not a right triangle

Cathy bought 2 jars of sauce for $3. What is the constant of proportionality ?

Answers

It's $1.50 each jar

Can someone PLEASE explain cos and sin?!

Answers

Yes.

If you have a RIGHT triangle with a 29-degree angle in it, and you
divide the length of the leg adjacent to the angle by the length of the
hypotenuse, then it doesn't matter whether the triangle is drawn on
the head of a pin or on a piece of paper that reaches from the Earth
to the Moon, the quotient of (adjacent)/(hypotenuse) will always be
the same number ... about 0.875 .

That number is a property of every 29-degree angle, no matter the size
of the right triangle that it's in. It's called the cosine of 29 degrees.

If you were to divide the leg opposite the 29-degree angle (instead of
the adjacent leg) by the length of the hypotenuse, you'd get a different
number ... about 0.485 . That number is also a property of every 29-degree
angle, no matter the size of the triangle around it. That one is called
the sine of 29 degrees.

I just used 29 degrees as an example. Every angle has a sine and
a cosine, and a few other things too.

If you have an angle, there's no easy way to calculate its sine or its
cosine. You just have to look them up. They're in tables in books,
or on line (just put 'cosine 29' in Google), and if you have a calculator,
they're probably on your calculator too.

You don't know yet what these are good for, or what you can do with
them. That'll be coming up in math before you know it !

So the easiest answer to your question is:

Every angle has properties, characteristics, and aspects of its
personality that you never notice until you really get to know it.
They're called the sine, the cosine, the tangent, the cotangent,
the secant, and the cosecant. They're all numbers, and every
angle has a full set of them !

Using sine and cosine, it's possible to describe any (x,y) point as an alternative, (r,θ) point, where r is the length of a segment from (0,0) to the point and θ is the angle between that segment and the x-axis. This is called the polar coordinate system, and the conversion rule is (x,y) = (rcos(θ),rsin(θ )).

Polygon ABCD is plotted on a coordinate plane.If the polygon translates 3 units to the left and 1 unit down,the length of diagonal A’C’ is __ units ( 2,3or 6) if the polygon translates 3 units further to the left and four units down, the length of diagonal A’C’ ( increases,decreases or remains the same

Answers

Length of diagonal A'C' will be 2 units and it will remain the same even after multiple translations.

Length of a segment joining two points $(x_1,y_1)$ and $(x_2,y_2)$ is given by the expression,

Length between two points = $√((x_2-x_1)^2+(y_2-y_1)^2)$

Therefore, length of diagonal AC joining points A(3, 4) and C(3, 2) will be,

AC = $√((3-3)^2+(4-2)^2)$

= 2 units

If the polygon ABCD is shifted left, right, up and down, translations done will be the rigid transformations showing no change in shape and size of the polygon.

Therefore, length of diagonal A'C' will be 2 units and it will remain the same when the polygon is translated.

Learn more,

brainly.com/question/1761538

The length of the diagonal will be 2.

When a translation is performed on a shaped, it simply moves location. The size and shape of the object do not change. Therefore, the length of AC will remain the same at all times.

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