A cylindrical brass sleeve is to be shrink-fitted over a brassshaft whose diamet

Question

A cylindrical brass sleeve is to be shrink-fitted over a brassshaft whose diameter is 3.213 cm at0°C. The diameter of the sleeve is 3.196 cm at 0°C. (a) To what temperature must the sleeve beheated before it will slip over the shaft?
1°C
(b) Alternatively, to what temperature must the shaft be cooledbefore it will slip into the sleeve?
2°C (a) To what temperature must the sleeve beheated before it will slip over the shaft?
1°C
(b) Alternatively, to what temperature must the shaft be cooledbefore it will slip into the sleeve?
2°C

Explanation / Answer

Question Details: A cylindrical brass sleeve is to be shrink-fitted over a brassshaft whose diameter is 3.213 cm at0°C. The diameter of the sleeve is 3.196 cm at 0°C. (a) To what temperature must the sleeve beheated before it will slip over the shaft?
1°C
(b) Alternatively, to what temperature must the shaft be cooledbefore it will slip into the sleeve?
2°C A cylindrical brass sleeve is to be shrink-fitted over a brassshaft whose diameter is 3.213 cm at0°C. The diameter of the sleeve is 3.196 cm at 0°C. (a) To what temperature must the sleeve beheated before it will slip over the shaft?
1°C
(b) Alternatively, to what temperature must the shaft be cooledbefore it will slip into the sleeve?
2°C chane intempatarature=T2-00c=3.213-3.196/3.196 where is coefficient of linear expansion of brass .putthe value of and findout the value of temparaturediffrence. alternatively t-00c=3.1.96-3.213/3.213 where is coefficient of linear expansion of brass .putthe value of and findout the value of temparaturediffrence. A cylindrical brass sleeve is to be shrink-fitted over a brassshaft whose diameter is 3.213 cm at0°C. The diameter of the sleeve is 3.196 cm at 0°C. (a) To what temperature must the sleeve beheated before it will slip over the shaft?
1°C
(b) Alternatively, to what temperature must the shaft be cooledbefore it will slip into the sleeve?
2°C

Related Questions

Navigate

• Browse (All)
• Browse A
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.