Equation: v= (wavelength)(frequency)
V= 3.00 x 10^8 {I think you’ve meant to square it}
Wavelengths = ?
Frequency= 9.23 x 10^7 {I think you’ve meant to square it}
Plug what you have in the formula above:
3.00 x 10^8 = (wavelength)(9.23 x 10^7)
Now DIVIDE 9.23 x 10^7 by both sides.
You will get (3.00 x 10^8) / (9.23 x 10^7)
The wavelength = 3.25 meters
Hope this helps!
The answer is collective resistance. Collective resistance is contradicting something as a gathering. There many gatherings are framed to battle something by and large of oppose a specific issue. Such gatherings are said to have aggregate resistance.
Answer:
T₂ = 2482.34 N
Explanation:
Equations of balance of forces
Look at the force diagram in the attached graph:
∑Fx=0
T₂cos α -T₁senα = 0 Equation (1)
∑Fy=0
T₁cos α +T₂sinα-W =0 Equation(2)
Data
m=539 kg
g= 9.8 m/s²
W= m*g= 539 kg* 9.8 m/s²= 5282.2 N
T₁ = 1.88T₂
Problem development
in the equation (1)
T₂cos α-(1.88T₂)senα = 0 We divided the equation by ( T₂cos α)
1 - (1.88)tanα = 0
tanα= 1/(1.88)
tanα= 0.5319
α = 28°
T₂=(1.88T₂)tanα
in the equation (2)
(1.88T₂)cos α+ T₂sinα - 5282.2 =0 We divided the equation by cos α
1.88T₂+ T₂tanα - 5282.2/cos α =0
1.88T₂+ T₂tan(28°) - 5282.2/(cos 28°) =0
1.88T₂+ (0.53)T₂- 5982.46 =0
(2.41)T₂ = 5982.46
T₂ = 5982.46/(2.41)
T₂ = 2482.34 N
A weight would be least affected since it would fall striaght down if it was say paper it would go down slower because it has more air resistance due to less weight
Answer:
A & B are correct
Explanation:
Certain automotive sensors like crank shaft position sensor uses a.c. while most automotive components require DC to work properly through the battery which is incorporated with an alternator to keep it charged through a diode while continual supply of DC is sustained.