Which of the following triangles is a unique triangle that could not berearranged into a different size or shape?
Which of the following triangles is a unique triangle that - 1

Answers

Answer 1
Answer:

Answer:

Option 2

Step-by-step explanation: Option 2 is the only one with all three angles. this leads to it not being able to change shape without messing this size and angles up.

Answer 2
Answer:

Final answer:

An equilateral triangle is a unique triangle that cannot be rearranged into a different size or shape.

Explanation:

In mathematics, a unique triangle refers to a triangle that is distinguishable from other triangles based on its side lengths and angle measures. One such triangle is an equilateral triangle. An equilateral triangle has all three sides of equal length and all three angles of equal measure.

An equilateraltriangle is unique because it cannot be rearranged into a different size or shape. No matter how you rotate or flip the triangle, it will always have the same side lengths and angle measures. Therefore, an equilateral triangle is a unique triangle that cannot be rearranged into a different size or shape.

Learn more about Equilateral triangle here:

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During the "free banking" era, A. only the U.S. Treasury could issue currency. B. value and denominations were standard across the nation. C. the number of state chartered banks stayed the same. D. all banks were able to issue currency.

Answers

the answer is  A. only the U.S. treasury could issue currency

Which expression finds the measure of an angle that is coterminal with a 45° angle?

Answers

Hello,

a coterminal with 45° is 45°+k°360° with k as integer.
with k=0==>45°
k=1==>45°+360°=405°
k=-1==>45°-360°=-315°
...

Answer: THE ANSWER IS: 45° + 360°


Step-by-step explanation:

i took the test on Engenuity

Please answer as soon as possible

Answers

Answer:

green

Step-by-step explanation:

Answer:

yellow

Step-by-step explanation:

To find the difference of 7- 3 5/12 how do yu rename the 7

Answers

Since we need them to be fractions, 7 could be 7/1. but now we need a common denominator, so lets find one!

7*12 = 84
1*12 = 12

Answer: 84/12


Which of the following values is a solution of 3|5 + x| = 12? A. 7

B. 1

C. –9

D. –17

Answers

It is easiest to simply just substitute any of the choices into the original equation and see which one satisfies the equation.

Given the equation: 3 * |5 + x| = 12

Using choice A. x = 7
* |5 + 7| = 12
36 =/= 12

Using choice B. x = 1
* |5 + 1| = 12
18 =/= 12

Using choice C. x = -9
* |5 + -9| = 12
12 = 12

Therefore, the correct answer is C. -9

a 22 foot ladder is placed against a vertical wall of a building with the bottom of the ladder standing on level ground 16 feet from the base of the building. how high up the wall does the ladder reach

Answers

You need to work this out using pythagoras' theorem.

Csquared=Asquared+Bsquared

But you are finding out A, not C, so you must rearrange the equation.

Asquared=Csquared-Bsquared
Asquared= 484-256
Asquared=228
A=Square root of 228
A=15 :) 
the correct answer to your questin is 38