The elastic limit of an alloy is 5.0 x 108 N/m². What is the minimum radius...
The elastic limit of an alloy is 6.0 x 108 N/m² What is the minimum radius min of a 5.0 m long wire made from the alloy if a single strand is designed to support a commercial sign that has a weight of 8000 N and hangs from a fixed point? To stay within safety codes, the wire cannot stretch more than 5.0 cm. I'min = m
The elastic limit of an alloy is 5.0×108 N/m2. What is the minimum radius ?min of a 5.0 m long wire made from the alloy if a single strand is designed to support a commercial sign that has a weight of 8000 N and hangs from a fixed point? To stay within safety codes, the wire cannot stretch more than 5.0 cm. Answer in m
The elastic limit of an alloy is 4.0×108 N/m2. What is the minimum radius ?min of a 5.0 m long wire made from the alloy if a single strand is designed to support a commercial sign that has a weight of 8000 N and hangs from a fixed point? To stay within safety codes, the wire cannot stretch more than 5.0 cm.
The elastic limit of an alloy is 4.0 x 108 N/m What is the minimum radius rmin of a 5.0 m long wire made from the alloy if a single strand is designed to support a commercial sign that has a weight of 8000 N and hangs from a fixed point? To stay within safety codes, the wire cannot stretch more than 5.0 cm. rmin = m
Attempt 1 The elastic limit of an alloy is 4.0 x 108 N/m? What is the minimum radius min of a 5.0 m long wire made from the alloy if a single strand is designed to support a commercial sign that has a weight of 8000 N and hangs from a fixed point? To stay within safety codes, the wire cannot stretch more than 5.0 cm. min = 0.0252 m Incorrect
V = ? 2M An object of mass 3M, moving in the +x direction at speed vo, breaks into two pieces of mass M and 2M as shown in the figure. If 01 = 67.0° and 02 = 24.0°, determine the final velocities Vj and v2 of the resulting pieces in terms of vo. 3M 0, M = ? U1 = 1.14 VO Incorrect U2 = 1.4 VO The elastic limit of an alloy is 4.0 x 108 N/m? What...
What is the momentum of a 108-kilogram fullback moving at 5.60 m/s ? A 605 kg • m/s B. 19.3 kg • m/s C. 0.0519 kg. m/s D. 1690 kg . m/s 33. (1 point) Why do dishes remain on a table if the slick tablecloth under them is pulled rapidly 14. (2 pts) Compare the concepts "mass" and "weight". 35. (2 pt) Will a golf ball and a sheet of paper dropped from a bridge simultaneously strike the water...