Answer:
X = 2.882×10⁵ N,
Y = 1.43×10⁴ N
Explanation:
From the diagram attached,
Let the reaction from the two support be X and Y.
According to the condition of equilibrium
Sum of upward force = sum of downward force.
X+Y = 5.25×10⁴+2.5×10⁵
X+Y = 3.025×10⁵.............................. Equation 1
Also,
Sum of clockwise moment = sum of anticlockwise moment.
Take the moment about support A
(10.2×5.25×10⁴)+(18.25×2.56×10⁵) = 36.5×Y
52.075×10⁴ = 36.5Y
Y =52.075×10⁴/36.5
Y = 1.43×10⁴ N.
Substituting the value of Y into equation 1
X+ 1.43×10⁴ = 3.025×10⁵
X = 3.025×10⁵-1.43×10⁴
X = 2.882×10⁵ N.
Hence the force provided by each supports are
X = 2.882×10⁵ N, and Y = 1.43×10⁴ N
Answer:
(d) an orange fringe at 0°, yellow fringes at ±50°, and red fringes farther out
Explanation:
The available multiple choice to the question is:
(a) only red fringes at 0° and ±50°
(b) only yellow fringes at 0°and ±50°
(c) only orange fringes at 0∘ and ±50°
(d) an orange fringe at 0°, yellow fringes at ±50° , and red fringes farther out,
(e) an orange fringe at 0°, yellow fringes at ±50°, and red fringes closer in.
Further Explanation:
In diffraction there is a spot at 0° for all wavelengths, so the red fringe and yellow fringe will combine there to make orange fringe. However, the angle of diffraction increase with an increase in wavelength. The red fringer has a longer wavelength than the yellow fringe, so the yellow fringe will be at ±50°, and the red fringe farthers out.
Answer:
Friction
Explanation:
Friction can be simply defined as the force that creates resistance to any motion of a particular object that moves relative to another object. It occurs because of the electromagnetic force of attraction that is generated by the charged particles located between the two distinct contacting surfaces. It is a non-fundamental force.
This type of force is mainly responsible for the resisting of sliding and/or rolling of an object over the other one.
Answer:
The amount of energy required is 
Explanation:
The energy required to convert the ice to steam is the sum of:
1) Energy required to raise the temperature of the ice from -20 to 0 degree Celsius.
2) Latent heat required to convert the ice into water.
3) Energy required to raise the temperature of water from 0 degrees to 100 degrees
4) Latent heat required to convert the water at 100 degrees to steam.
The amount of energy required in each process is as under
1) 
where
' is specific heat of ice =
2) Amount of heat required in phase 2 equals
3) The amount of heat required to raise the temperature of water from 0 to 100 degrees centigrade equals
where
' is specific heat of water=
4) Amount of heat required in phase 4 equals
Thus the total heat required equals 
Answer:
3.75 hours
Explanation:
By 
where v is the velocity (or speed in this case)
d is the distance travelled
t is the time taken
Therefore it takes 3.75 hours for the bus to travel 150 km and 40 km/hr.
