uhh , not all girls are like that. many of em these days are more career oriented and thats good i guess , so if anything ur just being judgy a f here.
Answer:
Both Technician A and Technician B
Explanation:
ABS modulators such as the Ford EBC310 version which are not equipped with bleeders are to have there valves cycled and their pumps activated to enable the bleeding out areas which are not easily bled by the wheel based bleeding
The brakes can be either pressure bled or bled manually, however, the HCU will require additional processes to completely bleed out the system, such as the use of a scan tool
Answer:
atomic percentage = 143 %
Explanation:
Let x be the number of tin atoms and there are 4 atoms / cell in the FCC structure , then 4 -x be the number of copper atoms . Therefore, the value of x can be determined by using the density equation as shown below:

where;
the lattice parameter is given as : 4.7589 × 10⁻⁸ cm
The atomic mass of tin is 118.69 g/mol
The atomic mass of copper is 63.54 g/mol
The density is 8.772 g/cm³

569.32 = 118.69x + 254.16-63.54x
569.32 - 254.16 = 118.69x - 63.54 x
315.16 = 55.15x
x = 315.16/55.15
x = 5.72 atoms/cell
As there are four atoms per cell in FCC structure for the metal, thus, the atomic percentage of the tin is calculated as follows :
atomic % = 
atomic % = 
atomic % = 143 %
Answer:
EA = 180KJ
EB = 320KJ
Where EA and EB, are the energy absorbed by automobile A and by automobile B
Explanation:
The concept of momentum and energy is applied here as it relates to elastic and inelastic collision.
The detailed steps, mathematical manipulation and appropriate substitution is as shown in the attached file.
Answer:
Mass production methods are based on two general principles: (1) the division and specialization of human labour and (2) the use of tools, machinery, and other equipment, usually automated, in the production of standard, interchangeable parts and products.
Explanation:
Step 1: Product Concept. This is where you begin to flesh out your basic idea. ...
Step 2: Research. ...
Step 3: Product Design Development. ...
Step 4: Research and development of the final design. ...
Step 5: CAD. ...
Step 6: CAM. ...
Step 7: Prototype Testing. ...
Step 8: Manufacturing.