 Lv 2456 points

# sue

• ### find Vrms?

given Vmax = 52V

Vmin = -4V

Vdc= 24V

find Vrms

• ### find the Vrms?

• ### what is the fracture stress?

• ### what is the minimum diameter?

Engineering2 weeks ago
• ### modulus in C code?

• ### boolean simplest circuit?

• ### boolean simplest equivalent circuit?

which option is simplest equivalent circuit

• ### Boolean question?

true or false? and why?

• ### boolean expression help?

• • ### boolean expression?

• Engineering4 weeks ago
• ### find current and voltage ?

1.

The MAGNITUDE of the current through the wire connecting Points A and B____mA

2.

The voltage at Point A________V

• ### find current and voltage?

Q1: The MAGNITUDE of the current through the wire connecting Points A and B___mA

Q2: The voltage at Point A_____V

• ### find voltage and currenth?

question 1: What is the voltage at Point A relative to the bottom rail?

question 2: What is the current through R1?

• ### the minimum area (mm^2) of each rod is?

A pedestrian bridge is to be suspended using round rods. It is calculated that the load on each rod will be 2,057 N. If the yield stress of the metal used for the rods is 297 MPa, and a safety factor of 3 is required, the minimum area (mm^2) of each rod is?

• ### What is the length of the rod?

A metal rod is 12.37 mm in diameter and 103 mm long before being loaded in tension. When subjected to a force of 1.3 kN, it will undergo 1.4% strain. What is the length of the rod (mm) in this loaded condition?

• ### find length of the rod?

A metal rod is 7.39 mm in diameter and 120 mm long before being loaded in tension. When subjected to a force of 1.5 kN, it will undergo 0.1% strain. What is the length of the rod (mm) in this loaded condition?

ps: I think this related to engineering stress and true stress?

• ### Ultimate Tensile Stress?

The Ultimate Tensile Stress (UTS) for this sample is:

option1 : 90 MPaoption2 : 420 MPaoption3 :  24MPaoption4 : 340MPa

• 