Manufacturing And Production Technology - Study Mode

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(A) The larger side rake angle produces chipping

(B) The smaller rake angle produces excessive wear and deformation in tool

(C) The side cutting edge angle (less than 15°) increases tool life

(D) The increase in nose radius decreases tool life

(E) The diamond is the hardest tool material and can run at cutting speeds about 50 times that of high speed steel tool

(F) The ceramic tools can be used at cutting speeds 40 times that of high speed steel tools

(G) The cemented carbide tools can be used at cutting speeds 10 times that of high speed steel tools

(H) The ceramic tools can withstand temperature up to 600°C only

(D) The increase in nose radius decreases tool life
(H) The ceramic tools can withstand temperature up to 600°C only

(A) Silicon carbide

(B) Aluminium oxide

(C) Sand stone

(D) Diamond

(B) Aluminium oxide

(A) Silicon carbide

(B) Aluminium oxide

(C) Sand stone

(D) Diamond

(A) Silicon carbide

(A) Is zero

(B) Is maximum

(C) Decreases from maximum to zero

(D) Increases from zero to maximum

(D) Increases from zero to maximum

(A) Low cutting speed and large rake angle

(B) Low cutting speed and small rake angle

(C) High cutting speed and large rake angle

(D) High cutting speed and small rake angle

(B) Low cutting speed and small rake angle