The answer I had got was C x
Answer:
Focal length
Explanation: No need for one...
Answer:
a. F = 2.32*10^-18 N
b. The force F is 2.59*10^11 times the weight of the electron
Explanation:
a. In order to calculate the magnitude of the force exerted on the electron you first calculate the acceleration of the electron, by using the following formula:
(1)
v: final speed of the electron = 6.60*10^5 m/s
vo: initial speed of the electron = 4.00*10^5 m/s
a: acceleration of the electron = ?
x: distance traveled by the electron = 5.40cm = 0.054m
you solve the equation (2) for a and replace the values of the parameters:

Next, you use the second Newton law to calculate the force:

m: mass of the electron = 9.11*10^-31kg

The magnitude of the force exerted on the electron is 2.32*10^-18 N
b. The weight of the electron is given by:

The quotient between the weight of the electron and the force F is:

The force F is 2.59*10^11 times the weight of the electron
Answer:
Water would still be used in industrial manufacture of Hydrogen,by electrolysis
Also would still be used in photosynthesis by making hydrogen ion and free electrons also oxygen by photolysis process
Answer:
510 m
Explanation:
The arrow is fired upward, so the motion of the arrow is a free fall motion, therefore we can find the maximum height by using the suvat equation
where
v is the final velocity
u is the initial velocity
a is the acceleration
s is the displacement
Here we have:
v = 0 (at the point of maximum height, the velocity of the arrow is zero)
u = 100 m/s (initial velocity)
(acceleration of gravity, downward)
s = ? is the maximum height
Solving for s, we find the maximum height of the arrow:
