SOLUTION: For the 45°-45°-90° triangle shown, suppose that AB = a radical 2 Find AC,and BC

Algebra.Com
Question 1193783: For the 45°-45°-90° triangle shown, suppose that
AB = a radical 2
Find AC,and BC

Answer by ikleyn(52790)   (Show Source): You can put this solution on YOUR website!
.
For the 45°-45°-90° triangle shown, suppose that
AB = a radical 2
Find AC,and BC
~~~~~~~~~~~~~~~~~~~~~


Nothing is shown,  and due to this reason,  the problem is posed  INCORRECTLY.

To be posed correctly,  it must say what side is opposite to which angle.


At least,  it must say which angle is right angle.



RELATED QUESTIONS

For the 45-45-90 triangle shown, suppose that AC=a . Find BC and... (answered by Alan3354)
C is the right angle For the 45°-45°-90° triangle suppose that AB = a radical 2 Find... (answered by josgarithmetic)
Angle C is the right angle. For the 45°-45°-90° triangle, suppose that AB = a... (answered by ikleyn)
In right triangle ABC, AC = BC and angle C = 90. Let P and Q be points on hypotenuse AB,... (answered by foofy)
In \triangle ABC, we have AB = AC = 4 and \angle BAC = 45^\circ. If M is the midpoint of (answered by CPhill,ikleyn)
In the accompanying diagram of right triangle BAC, angle A = 90 degrees, angle B = 45... (answered by edjones)
AOB and COD are two perpendicular diameters of a circle with radius 4 feet. With center A (answered by KMST)
Q.2:- Let ABC be a triangle in which AB=AC and let I be its in-centre. suppose... (answered by nyc_function,plastery)
Given: △ABC with m∠A = m∠B = 45° and BC = 5 Find: AC and AB simplest radical... (answered by Boreal)