``` * **Reasoning:** * Includes the exam (GATE 2019) and subject (Mining Engineering). * Specifies the question number (Q26). * Highlights the core challenge: "Preferred Method for Weak & Fractured Ore". * Mentions the website name "Examprev" for branding. * Optimized for readability and search relevance. (Approx. 90 characters, within typical limits). **2. Meta Description Tag (``):** ```html ``` * **Reasoning:** * Clearly states the content: solving a specific GATE question. * Includes key problem characteristics: "deep, steeply dipping, low-grade ore body with weak, fractured wall rocks." * Hints at the solution type and its benefit: "cut-and-fill stoping is preferred for ground control and stability." This adds value without giving away the direct answer immediately, encouraging clicks. * Mentions the website name for branding and context. * Engaging and informative (Approx. 270 characters, slightly over the ideal 160 but comprehensive for a technical question). **3. Meta Keywords Tag (``):** ```html ``` * **Reasoning:** * Combines broad terms ("mining engineering", "underground mining") with specific ones from the question ("weak rock", "fractured rock", "steeply dipping", "low-grade ore", "wide ore body"). * Includes all the listed mining methods as potential search terms. * Adds exam-specific terms ("GATE 2019", "question 26") and the website name. **4. H1 Heading Tag (`

`):** ```html

GATE 2019 Mining Engineering Question 26: Preferred Mining Method for Weak & Fractured Ore

``` * **Reasoning:** * Should be the main heading on the page, closely reflecting the title but often slightly more detailed. * Clearly identifies the question source and number. * States the core problem of selecting the "Preferred Mining Method" for the specific geological conditions ("Weak & Fractured Ore"). ---

Mining Engineering > GATE 2019 > Mining Methods

A low-grade deep-seated ore body dipping at 70° has a strike length of 2 km, and width of 100 m. The ore body and wall rocks are weak and fractured. The preferred method of mining is

A

shrinkage stoping

B

cut-and-fill stoping

C

block caving

D

room and pillar stoping

Correct : c

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mining engineering GATE 2019 deep seated ore body shrinkage stoping cut and fill stoping block caving room and pillar stoping mining engineering methods ore body mining methods

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