Answer:
Explanation:
Given that:
mass = 10kg
damping constant C = 15 kg/s
length = 2 m
Force F = 6N
Using the Hooke's law:
F = kx
6 = 15x
k = 6 N /2 m
spring constant k = 3 N/m
For the critical damping
C² - 4k*m= 0
m = C²/4k
m = (15)²/4(3) kg
m = 225/12 kg
m = 18.75 kg
Use the equation p = mv
P - Momentum : We need to find out
M - Mass : 14 kg
V - Velocity : ?
Sorry this wasn't much help, you should probably report me, but i tried my best to help you out :/
Answer:
fluids
Explanation:
the movement caused within a fluid by the tendency of hotter and therefore less dense material to rise, and colder, denser material to sink under the influence of gravity, which consequently results in transfer of heat.
Im sure its photosynthesis. Were learning that so ya its photosynthesis.
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Answer:
3162.27 rad/sec, 175Ω, 0.142 A, VR= 12.5V, VL=1.79V, Vc=1.79V
Explanation:
1.
Impedance is smallest at resonant frequency. At resonant
XL = Xc
⇒ wL= 1/wC
⇒ w²= 1/LC
⇒w= 1/
w=1/
w=3162.27 rad/sec
2.
At resonance XL = XC, i.e inductive is cancelled by capactive reactance and the circuit behaves as pure resistive circuit.
so Z=R= 175 Ω
3.
Since all the components are connected in series so same current will flow in the circuit. Maximum current will flow when the voltage is maximum in the circuit i.e. 25 V.
Vmax=25 V
so I=Vmax/Z= Vmax/R ( at angular frequency in part A Z=R)
Imax= 25/175
Imax=0.142 A
Maximum current through inductor is 0.142A
4.
Current in the circuit will be
I= 0.142/2 A
I=0.071 A
Now
VR= IR= 0.071*175
VR= 12.5 V
VL=I X
VL= IwL
VL= 0.071*3162.27*8*
VL=1.79 V
Vc=IX
Vc=I/wC
Vc=0.071/(3162.27*12.5*
)
Vc=1.79 V