Let us square the sides: 3 times 3 = 9; 4 time 4 = 16. Now let us add: 9 + 16 = 25. Now let us take the square root of 25. What number times itself gives us 25? That is the hypotenuse.
Or course. 1 & sq. rt. of 3 being the sides, 2 being the hypotenuse.
Only if the two triangles are congruent will they have equal areas. A third fact is required to determine they are congruent (and thus have the same area): 1) The third sides are equal; 2) The angles enclosed between the sides are equal; or 3) The same one of the sides is the hypotenuse of the triangles, which are right angled triangles.
To solve this equation you need to use the pythagorean theorem which states that a^2+b^2=c^2 where c is the hypotenuse (the longest side). If c is the hypotenuse then you would do 9+16=c^2. Therefore you would find the square root of 25 which is 5. Therefore, if the unknown is the hypotenuse, your answer is 5! *note: x^2 is equal to x squared
The side opposite the right triangle is the hypotenuse. The formula for finding the hypotenuse is A squared plus B squared equal C squared. C is the hypotenuse. If side A is 3 and side B is 4, the equation would read 9 plus 16 equal C squared, or 25 equals C squared. The square of 25 is 5, so the hypotenuse is 5.
1. equilateral : 3 sides are equal 2.scalene : 2 sides are equal 3. isosceles : no sides are equal
If the two adjacent sides of a triangle are 3' and 4', the hypotenuse is: 5'
Well, there are 3 sides, and if you are given the length of 2 of the 3 sides, you can calculate the other one. The longest side of the triangle is called the "Hypotenuse" and to calculate the hypotenuse you take the lengths of the other sides, square each of them, then add. Take the square root of the answer and that is the length of the hypotenuse. Now if you have the length of the hypotenuse and either of the other two sides, take the length of the hypotenuse and the length of the other known side, square each of them, add them, then the square root of the sum will equal the remaining side.
Or course. 1 & sq. rt. of 3 being the sides, 2 being the hypotenuse.
Its hypotenuse is 5 and its sides are 3 and 4
You mean a isoceles? An isoceles wouldn't have a right angle but would have 2 equal sides and 1 unequal in which case the values are x and x(root)2, In a right triangle the values are x , 2x , and x(root)3. The short side is x, and the long leg is 2x and the hypotenuse is x(root)3. If you are looking for the hypotenuse equation it is a(squared) + b(squared) = c(squared) in other words, leg one squared plus leg two squared equals hypotenuse squared.
Only if the two triangles are congruent will they have equal areas. A third fact is required to determine they are congruent (and thus have the same area): 1) The third sides are equal; 2) The angles enclosed between the sides are equal; or 3) The same one of the sides is the hypotenuse of the triangles, which are right angled triangles.
To solve this equation you need to use the pythagorean theorem which states that a^2+b^2=c^2 where c is the hypotenuse (the longest side). If c is the hypotenuse then you would do 9+16=c^2. Therefore you would find the square root of 25 which is 5. Therefore, if the unknown is the hypotenuse, your answer is 5! *note: x^2 is equal to x squared
The Pythagorean theorem states that the square of the hypotenuse of a right triangle is equal to the sum of the squares of the other two sides. 1. squares, not square roots 2. right triangle, not isosceles 3. sides opposite the hypotenuse, not any two 4. What are the mistakes, not what is
No, because the biggest length (hypotenuse) has to be equal to the square root of the sum of the squares of the other two sides, which it is not
1
An Equilateral Triangle has 3 equal sides and answers.
The side opposite the right triangle is the hypotenuse. The formula for finding the hypotenuse is A squared plus B squared equal C squared. C is the hypotenuse. If side A is 3 and side B is 4, the equation would read 9 plus 16 equal C squared, or 25 equals C squared. The square of 25 is 5, so the hypotenuse is 5.