According to Bond crushing law, the work required to form particle of size 'D' from very large feed is (where (S/V)p and (S/V)f are surface to volume ratio of the product and feed respectively).-A-(S/V)pB-(S/V)pC-(S/V)2pD-(S/V)f-B-(S/V)p

Question

According to Bond crushing law, the work required to form particle of size &#39;D&#39; from very large feed is (where (S/V)p and (S/V)f are surface to volume ratio of the product and feed respectively).-A-(S/V)pB-(S/V)pC-(S/V)2pD-(S/V)f-B-(S/V)p

APTITUDE CRACK · Accepted Answer

The correct option is  B (S/V)p According to Bond&#39;s crushing law, the work required to form a particle of size DDD from a very large feed is proportional to the surface to volume ratio of the feed material, denoted as (S/V)f(S/V)_f(S/V)f​. Bond&#39;s law states: W=k(S/V)fW = rac{k}{(S/V)_f}W=(S/V)f​k​ Where: WWW is the work required to form the particle of size DDD. kkk is a constant. (S/V)f(S/V)_f(S/V)f​ is the surface to volume ratio of the feed material. Therefore, the correct answer is (S/V)f(S/V)_f(S/V)f​.

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Q1: According to Bond crushing law, the work required to form particle of size 'D' from very large feed is (where (S/V)_p and (S/V)_f are surface to volume ratio of the product and feed respectively).

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Mechanical Operations

Q1: According to Bond crushing law, the work required to form particle of size 'D' from very large feed is (where (S/V)p and (S/V)f are surface to volume ratio of the product and feed respectively).

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For help Students Orientation Mcqs Questions

Q1: According to Bond crushing law, the work required to form particle of size 'D' from very large feed is (where (S/V)_p and (S/V)_f are surface to volume ratio of the product and feed respectively).

For help Students Orientation
Mcqs Questions