Answer:
The answer is "a, c and b"
Explanation:
- Its total block power is equal to the amount of potential energy and kinetic energy.
- Because the original block expansion in all situations will be the same, its potential power in all cases is the same.
- Because the block in the first case has no initial speed, the block has zero film energy.
- For both the second example, it also has the  velocity, but the kinetic energy is higher among the three because its potential and kinetic energy are higher. velocity, but the kinetic energy is higher among the three because its potential and kinetic energy are higher.
- While over the last case the kinetic speed is greater and lower than in the first case, the total energy is also higher than the first lower than that of the second.
- The greater the amplitude was its greater the total energy, therefore lower the second, during the first case the higher the amplitude.
 
        
             
        
        
        
The answer is Infrared.  The infrared of the electromagnetic spectrum is most of earth's outgoing terrestrial radiation.  <span>Earth is the hot body with temperature of 30 degrees on the average.</span>
        
             
        
        
        
     In 2011 NASA researchers identified features on Mars known as Recuring Slope Lineae ( or RSL ). RSL are relatively dark and narrow features.They are thought to be a signs of salty liquid water on Mars. One hypothesis for RSL formation is that they form when underground bodies of salty water leak into the surface.
   Answer: Recuring Slope Lineae.  
        
                    
             
        
        
        
Gravitational potential energy = mass × gravity × height 
Ep = (4)(9.81)(3)
Energy = 117.72 Joules 
= 1.2x10^2 Joules
        
                    
             
        
        
        
Resistance-1 = (voltage-1) / (current-1) =
                       (12 V)  /  (0.185 A)  =  64.9 ohms .
Resistance-2 = (voltage-2) / (current-2) =
 
                           (90 V )  /  (1.25 A)  =  72 ohms .
The resistance changed between situation-1 and situation-2 .
How did that happen ?
Power = (voltage) x (current)
Power-1 = (12)  x  (0.185)  =  2.22 watts
Power-2 = (90)  x  (1.25)  =  112.5 watts
The poor resistor dissipated 51 times as much power during 
the second trial.  It got all heated up, and its resistance went 
through the roof.
Carbon resistors behave nicely and reliably, until you try to
toast bread or light up your bedroom with them.