
The Correct choice is ~
D. 18.0 Newtons
because the resultant force can't exceed 16 Newtons ~
35%
5.43/15.6
This is how you calculate the percentage the answer is 35%
Answer:
Explanation:
Step one:
given data
initial velocity u= 40m/s
time taken t=3seconds
final velocity v=?
Step two:
applying the first equation of motion
v=u-gt--- (the -ve sign implies that the arrow is against gravity)
assume g=9.81m/s^2
v=40-9.81*3
v=40-29.43
v=10.57m/s
Step three:
how high the target is located
applying
s=ut-1/2gt^2
s=40*3-1/2(9.81)*3^2
s=120-88.29/2
s=120-44.145
s=75.86m
Answer:
Taking a child away from their parents is awful, so taking your hand away from your body is awful.
I'm not sure if there were word choices for this particular question, but I do hope this helps!
Answer:
The electric field at that point is
Explanation:
From the question we are told that
The distance is 
Generally the electric field at this region is mathematically represented as

So
is the electric potential difference between the electrods
So the equation becomes
When the value of potential difference from the manual is substituted for
is substituted the we would arrive at the value of E but these is not available(
) i will leave the solution in terms of 