असमिका \(4x+y\le 8\) और \(x\ge 0\), \(y\ge 0\) के region में (x)-अक्ष पर अधिकतम (x) कितना हो सकता है?

In the region \(4x+y\le 8\), \(x\ge 0\), \(y\ge 0\), what is the maximum (x) on the (x)-axis?

Explanation opens after your attempt
Correct Answer

A. (2)

Step 1

Concept

On the (x)-axis, (y=0), so \(4x\le 8\) and \(x\le 2\). Put the other variable (0) on an axis.

Step 2

Why this answer is correct

The correct answer is A. (2). On the (x)-axis, (y=0), so \(4x\le 8\) and \(x\le 2\). Put the other variable (0) on an axis.

Step 3

Exam Tip

(x)-अक्ष पर (y=0), इसलिए \(4x\le 8\) और \(x\le 2\)। परीक्षा में axis पर दूसरे variable को (0) रखें।

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Mathematics Answer, Explanation and Revision Hints

असमिका \(4x+y\le 8\) और \(x\ge 0\), \(y\ge 0\) के region में (x)-अक्ष पर अधिकतम (x) कितना हो सकता है? / In the region \(4x+y\le 8\), \(x\ge 0\), \(y\ge 0\), what is the maximum (x) on the (x)-axis?

Correct Answer: A. (2). Explanation: (x)-अक्ष पर (y=0), इसलिए \(4x\le 8\) और \(x\le 2\)। परीक्षा में axis पर दूसरे variable को (0) रखें। / On the (x)-axis, (y=0), so \(4x\le 8\) and \(x\le 2\). Put the other variable (0) on an axis.

Which concept should I revise for this Mathematics MCQ?

On the (x)-axis, (y=0), so \(4x\le 8\) and \(x\le 2\). Put the other variable (0) on an axis.

What exam hint can help solve this Mathematics question?

(x)-अक्ष पर (y=0), इसलिए \(4x\le 8\) और \(x\le 2\)। परीक्षा में axis पर दूसरे variable को (0) रखें।