Only the base in not enough information. You can find the area if you are given the other two sides, or two angles, or a side and an angle, or measures of other features. However, the answer depends on the information given and the formula is likely to be different in each case.
That would depend on its original coordinates and in which direction clockwise or anti clockwise of which information has not been given.
to find the range of values of triangle. Add the value of the sides of the given sides...is it?
A scalene triangle would fit the given conditions
From the information given in the question you may not assume that the shape is rectangular. It could, for example, be a isosceles triangle with sides of 7.3, 7.3 and 11.4 cm.
No.The information given is not enough to uniquely identify a triangle. Any point on the appropriate arc of the circumcircle will satisfy the requirements of the triangle.No.The information given is not enough to uniquely identify a triangle. Any point on the appropriate arc of the circumcircle will satisfy the requirements of the triangle.No.The information given is not enough to uniquely identify a triangle. Any point on the appropriate arc of the circumcircle will satisfy the requirements of the triangle.No.The information given is not enough to uniquely identify a triangle. Any point on the appropriate arc of the circumcircle will satisfy the requirements of the triangle.
You don't have enough information. But if you have the base and the area, you can solve the equation for the area of the triangle for the height.
You have not given enough information to solve the problem, without seeing the actual diagram.
You don't. In a right triangle, you can find out one of the sides if you are given the OTHER TWO sides; if you only know one side, you don't have enough information.
Not enough information has been given to solve this problem.
If you are given a picture of a triangle and no information about it, then you could use a protractor.
Not enough information has been given to work out side A such as any of its angles upon which the sine rule could have been used to find side A but if the given triangle is a right angle triangle then side A is 28 which conforms to Pythagoras theorem for a right angle triangle.
Only the base in not enough information. You can find the area if you are given the other two sides, or two angles, or a side and an angle, or measures of other features. However, the answer depends on the information given and the formula is likely to be different in each case.
Knowing only the angles of a triangle does not provide enough information to determine its perimeter. You must know the length of at least one side.
Not enough information has been given to determine the other sides and angles because at least two angles and side are needed in order to use the sine rule for example.
By definition, an isosceles triangle has two equal sides. The three numbers given here are all different so they are not the sides of an isosceles triangle. Consequently, there is not enough information to answer the question.
It is not possible to answer the question with the information given - particularly with the form in which it is given.