Answer:
The maximum length of the specimen before the deformation was 358 mm or 0.358 m.
Explanation:
The specific deformation ε for the material is:
(1)
Where δL and L represent the elongation and initial length respectively. From the HOOK's law we also now that for a linear deformation, the deformation and the normal stress applied relation can be written as:
(2)
Where E represents the elasticity modulus. By combining equations (1) and (2) in the following form:

So by calculating ε then will be possible to find L. The normal stress σ is computing with the applied force F and the cross-sectional area A:



Then de specific defotmation:

Finally the maximum specimen lenght for a elongation 0f 0.45 mm is:

Answer:
To run. The machine one at a time
Explanation:
Answer:
A. 4WD Low
B. 4WD High
C. Safety belt
D. Check gauge
E. Oil temperature gauge
F. Left turn indicator
G. Tachometer
H. High beams
I. Speedometer
J. Right turn indicator
K. Battery voltage gauge
L. Cruise control light
M. (can't see sorry)
N. Service engine soon
O. Battery warning light
P. Airbag indicator
Q. Anti-lock brake system
R. Fuel gauge
S. Parking brake (AKA emergency brake) on
T. Low windshield washer fluid
U. Check fuel cap
V. Door ajar/open
W. Shift indicator
X. Trip odometer reset
Y. Oil pressure gauge
Z. compass/cardinal direction indicator
AA. Odometer?