Answer:
The acceleration of football is 6.00 m/s².
Explanation:
The acceleration can be calculated using the following equation:

Where:
F: is the force
m: is the mass
a: is the acceleration



Therefore, the acceleration of football is 6.00 m/s².
I hope it helps you!
If we take v=u+at and our given values are:
v=final velocity 20m/s
u=initial velocity 15m/s
a=acceleration
t=time 5sec
we plug those into our equation:
20m/s=15m/s+a(5s)
now we just rearrange to solve for acceleration.
(5m/s)/(5s)=a
a=1m/s^2
hope this helps!
PLEASE MARK BRAINLEIST
Answer:
The intensity of the light from the bulb would be
3.501 x
W/
Explanation:
Given
The Power = 110 n W = 110 x
W
the distance r = 50 mm = 50 /1000 = 0.05 m
The intensity can be obtained with the relationship below;
I = Power/area ......1
The area of the sphere would be used in this case since the bulb is spherical; A=4π
Putting it into equation 1, we have;
I = P/ 4π
I = 110 x
/ 4 x π x 
I = 3.501 x
W/
Therefore the intensity of the light from the bulb would be
3.501 x
W/
Answer:
0.2 m/s^2
Explanation:
initial speed 14m/s
final speed 20m/s
acceleration:
(20m/s - 14m /s) /30s = (6m/s)/30s = 0.2 m/s^2
Answer:
What is transmitted by EM waves?
energy