<u>Answer:</u>
<u>image can appear blurred</u>
<u>Explanation:</u>
First, we need to remember that a camera is used to <u>capture a moment in time.</u> Thus, the way a camera is positioned or located can affect the way motion is captured.
For example, a camera located on a moving vehicle can make the objects captured to appear still (slow), such that <u>the subject will be more in focus and the background of the image will be blurred.</u>
Yep. Just like radio waves, X-rays, and orange light waves.
Gamma rays are exactly the same thing as those, only shorter.
One
A wire carrying a current creates a circular field. Not A.
B is pretty uniform. I would pick it.
C The lines bend around the north and south poles. Not C
D Same Remark as C.
Two
- The force exerted by the magnetic field is the palm of your right hand.
- Your thumb is the direction of the charged stream
- The fingers are the direction of B which I take to be into the page.
If all these are in agreement with what you think you have been given then A is the correct answer. The proton will be defected in the direction of the palm.
Three
As stated in One the fingers point in the direction of B, The thumb is the direction of the charge and the palm is the direction of the force when the item is a plus charge. When the travelling charge is minus as this one is, use the back of your hand. In that case, The electron will be deflected downward. This assumes the Magnetic field is pointing into the page.
The answer is A.
Answer:
1,365 miles
Explanation:
i multiplied 455 x 3 because it traveled 455 miles an hour for three hours.
Manganese has 2 (two) electron that would free floating and able to form a metallic bond.
The electronic configuration of manganese is (Ar) 3d5 4s2. The two electron in 4s orbital are the valence electron which can freely move from one place to another.