Question

You shake the end of a taut string, creating two periods of a traveling sinusoidal wave, as shown in (Figure 1). The string you are shaking (string 1) is connected to a second, much more massive, string (string 2). The wave speeds on the two strings differ by a factor of 2.

Answer 1

Answer+Explanation:

The string you are shaking (string 1) is connected to a second, much more massive, string (string 2). The wave speeds on the two strings differ by a factor ...

Answer 2

The wave speeds on the two strings differ by a factor of 2. The frequency and speed doesn't change, the wave only travels.

• Speed is the rate of movement or how fast it reaches, and it is the speediness of the object to reach the place.
• Speed is a scalar quantity and has no magnitude; it is the rate of fastness of the object to reach its destination.
• It is the dimension of the space, and its standard unit is a meter per second.
• Four types of speed are also present.
• The term matter defines mass, and it measures matter.
• Mass is discovered from the different atoms and particles.
• Group, in simple terms, determines the weightage of the substance.
• Mass is expressed in the terms kilograms.
• Mass of the quantity is a much-needed thing in the laboratory.
• The quantity of the substance does the majority of the experiment.
• Gravity also takes place as an independent factor in calculating mass.
• Mass is the scalar quantity.
• Gravity and force are playing the independent factor in the mass.
• For calculating the two planet mass, know the force of the planet.

Therefore,  wave speeds on the two strings differ by a factor of 2. The frequency and speed doesn't change, the wave only travels.

#SPJ3

For similar questions refer to:

https://brainly.in/question/2129136

https://brainly.in/question/18334321