A strain gage is carefully matched with three fixed-bridge resistors, each having a resistance of 120 2 The gage factor is 2.05,
and the bridge supply voltage is 3.00 V. The strain gage is installed on a structure and connected to the bridge with a pair of 15m leads with a resistance of 0.102/m.
(a) What will be the apparent strain before application of the load?
(b) If the structure is then strained to 800 ustrain, what will be the bridge output voltage?
(a) What will be the apparent strain before application of the load?
(b) If the structure is then strained to 800 ustrain, what will be the bridge output voltage?
1 answer:
Answer:
Answer for the question:
A strain gage is carefully matched with three fixed-bridge resistors, each having a resistance of 120 2 The gage factor is 2.05, and the bridge supply voltage is 3.00 V. The strain gage is installed on a structure and connected to the bridge with a pair of 15m leads with a resistance of 0.102/m.
(a) What will be the apparent strain before application of the load?
(b) If the structure is then strained to 800 ustrain, what will be the bridge output voltage?"
is given in the attachment.
Explanation:
You might be interested in
Answer:
Explanation:
Given that;
Thermal diffusivity
Thermal conductivity
Heat transfer coefficient h = ( we are to assume the imposed surface temperature ) = 20 W/m².K
Initial temperature = 150 ° C = (150+273) K = 423 K
Then coolant temperature with which the casting is exposed to = 20° C = (20+273)K = 293 K
Time = 40 seconds
Length = 20mm = 0.02 m
The objective is to determine the temperature at the surface at a depth of 20 mm after 40 seconds.
Bi == 0.02
For a wall at 0.2 Bi
Therefore;