Answer:
Explanation:
This question seeks to test the knowledge of operating a micropipette.
When trying to draw a liquid from a container using a micropipette (tip), the micropipette should be <u>held vertically straight at an angle of 90 degrees</u> with the plunger pushed to the <u>first resistance</u> and then released.
When trying to dispense the drawn liquid into another container, the micropipette is <u>held vertically straight at the same 90 degrees</u> but the plunger is pushed to the <u>second/last</u> point of resistance. <u>You keep pressing</u> the plunger at the same degree and resistance until dispensing is done.
If the scale is not "zeroed". If you do not use grams (g) to lable your products. If you do not unlock the balance. [that's about all I got doll]
Answer:
The magnitude of magnetic field is 0.011 T in +z direction.
Explanation:
Given that,
Current, I = 17 A
The magnetic force per unit length, 
We need to find the magnitude and direction of the magnetic field in the region through which the current passes. The magnetic force acting on the conductor is given by :
B is magnetic field
For direction,
The magnetic field is in +z direction. Hence, this is the required solution.
D. It is personal in style.
Under water mountain range. Hope this helps
