Which statement is always true for a square, but not always true for a rhombus?

2 answers:

6 0

- Two angles are obtuse.
No. There are no obtuse angles in a square.

- All sides are equal.
No. It's true of squares AND rhombuses.

- Two or more angles are right angles. 
Yes. Always true for a square, sometimes true for a rhombus.

- More than two sides are parallel.
Confusing, so call it a 'no'.
In both squares and rhombuses, every one of the four sides
is parallel to ONE other side.

Another important note:
Look at the statement that's true always for a square and sometimes for a rhombus:
"Two or more angles are right angles".
WHEN does a rhombus have right angles in it ? Fasten your seat belt and hold on tight:
A square is a special kind of rhombus. It's a rhombus that has right angles in it.
So a rhombus has right angles in it when it's a square.

bezimeni [28]2 years ago

5 0

two or more angles are right angles. Because a square always has 4 right angles to be a square, however a rhombus has no right angles because that would be a lame rhombus if its a square. Um yeah.

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Polk elementary school has three classes for each grade level kindergarten through fifth grade if there is an average of 27 stud

olga2289 [7]

So there are 6 different grade levels with 3 classes in each. So 6*3 = 18 classes total.

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3 years ago

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Effectus [21]

Answer:17

Step-by-step explanation:Follow pemdas.

Start with parentheses which is (5+2) which gives you 7.

Now next in Pemdas is Exponents. SO do 2 to power of 2 which is 4 .Then do 3 to the power of 3 which is 27.Next add 4 to 27 which is 31.so now do 7 times 2 is 14.Then take 31 and subtarct it from 14 which gives you 17.

Look at pic to see clearly how it was solved and the steps. I color code it to show the steps.