Question
In the given figure,
From the above figure, what is the value of AB?
- 2
- 3
- 4
- 5
Hint:
In this question we have minimum value of x as 0. So, by substituting the value we get the value of AB.
The correct answer is: 5
The x value of can be greater than or equal to zero.
So, taking x=0
AB =4x+5=0+5=5
So, the value of AB can be 5.
Related Questions to study
In the given figure,
From the above figure, what is the value of x?
In the given figure,
From the above figure, what is the value of x?
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What can be the length of AB?
AB > 46
What can be the length of AB?
AB > 46
What can be the length of AC?
Therefore, the Side AC should be greater than 58 degrees.
What can be the length of AC?
Therefore, the Side AC should be greater than 58 degrees.
What do you observe in ∆ABC?
Right angled triangle:
The triangle in which one of the angle is being 90 degrees.
>>>Therefore, we can say that the given triangle is an example of right angled triangle.
What do you observe in ∆ABC?
Right angled triangle:
The triangle in which one of the angle is being 90 degrees.
>>>Therefore, we can say that the given triangle is an example of right angled triangle.
Which group of lengths is used to form a triangle?
The sides that follows triangle inequality is (3,4,5).
>>>It forms right angled triangle.
Which group of lengths is used to form a triangle?
The sides that follows triangle inequality is (3,4,5).
>>>It forms right angled triangle.
Mention the smaller angle to the larger angle from the given figure.
The required relation between the angles of a given triangle is:
∠CBA < ∠CAB < ∠ACB
Mention the smaller angle to the larger angle from the given figure.
The required relation between the angles of a given triangle is:
∠CBA < ∠CAB < ∠ACB
How can you say which angle is the largest in a triangle?
>>>By using the longest side largest angle theorem, we can find the largest angle in the triangle.
How can you say which angle is the largest in a triangle?
>>>By using the longest side largest angle theorem, we can find the largest angle in the triangle.
