Answer:
The value of the constant k is 2
Explanation:
We have the equation of the velocity 
= kt² , where k
is constant and t is the time in second
The particle's position at 
= 0 is 
= -9 m
The particle's position at 
= 3 s is 
= 9 m
We need to find the value of the constant k
The relation between the velocity and the displacement in a particular
time is x = 
Remember in integration we add power by 1 and divide the expression
by the new power
→ x = 
c is the constant of integration to find it substitute the initial value of x
and t in the equation of x
→ = 0 , = -9 m
→ -9 = 
k (0)³ + c
→ -9 = c
Substitute the value of c in the equation of x
→ x = k t³ - 9
To find k substitute the values of = 3 s , = 9 m
→ 9 = k (3)³ - 9
→ 9 = (27) k - 9
→ 9 = 9 k - 9
Add 9 to both sides
→ 18 = 9 k
Divide both sides by 9
→ k = 2
<em>The value of the constant k is 2</em>
C. the earth seen from the moon . The others are luminous objects
Both fission and fusion are nuclear reactions that produce energy, but the applications are not the same. Fission is the splitting of a heavy, unstable nucleus into two lighter nuclei, and fusion is the process where two light nuclei combine together releasing vast amounts of energy.
A would be the wavelength, C would be a crest, D would be the amplitude, leaving B which is the trough.
Answer: A
Technician A only
Explanation:
On a cable-operated clutch, the adjustment is made at the cable end. The clearance is usually measured either at the operating lever or at the pedal.
To perform efficiently, the clutch needs the right amount of play in the linkage between the foot pedal and the clutch operating lever
Anything less than the correct amount of free play (or clearance ) will result in clutch slip, because the pressure plate will be unable to exert its full pressure on the friction plate .
Failure to cure this fault will quickly lead to a burned-out friction plate, and possibly a ruined pressure plate.
