I think it does matter because when the pillow is in contact to the cabin it is also at a velocity of 600 km/h, but as soon as it leaves the contact of the cabin, inertia tries to slow it down and the passenger being at 600 km/h has a risk of getting hit by it.
When anyone pass the puppy then it will block the visible light that incident upon it
So here we are blocking the visible part of light by passing the puppy which means we have to design a sensor that will sense the visible light.
So here the electromagnetic part of the sensor is capable to detect this change only
so here correct answer must be
<u><em>B. Visible Light</em></u>
Answer:
The required answer is 35100
Answer is 10N to the left
To find the resultant resultant force, subtract the largest force (35N to the left) by the smallest force (25N to the right).
35 – 25 = 10N
It would be 10N to the left because the force exerted to the left is larger than the force exerted to the right.
The wavelength is the so-called "fundamental" wavelength, or the "first mode." Thus, the wavelength of the string's vibration is defined by the supports, and has nothing whatsoever to do with mass or elasticity.