Answer:
The moment is 81.102 k N-m in clockwise.
Explanation:
Given that,
Force = 260 N
Side = 580 mm
Distance h = 370 mm
According to figure,
Position of each point



We need to calculate the position vector of AB


We need to calculate the unit vector along AB


We need to calculate the force acting along the edge


We need to calculate the net moment

Put the value into the formula




Put the value into the formula


Negative sign shows the moment is in clockwise.
Hence, The moment is 81.102 k N-m in clockwise.
Answer:
Depends on where he was fouled
If it is beyond the 3 pt line, then it is 3
If it is within the 2 pt line, then it is 2
I hope that helps :)
Explanation:
Plz mark B R A I N L I E S T
Answer:
I = 2.667 kg m²
Explanation:
The moment of inertia of a body can be calculated by the expression
I = ∫ L² dm
For high symmetry bodies the expressions of the moment of inertia are tabulated, for a rod with its axis of rotation at its midpoint it is
I =
m L²
let's calculate
I =
2 4²
I = 2.667 kg m²
Answer:
v= 14.22 m/s
Explanation:
Given that
u = 12.1 m/s
a=0.35 m/s².
t= 6.07 s
We know v = u +at
v=final velocity
u=initial velocity
t=time
a=acceleration
Now by putting the values in the above equation
v= 12.1 + 0.35 x 6.07 m/s
v= 14.22 m/s
Therefore the final velocity will be 14.22 m/s.