The muzzle velocity of a gun is the velocity of the bullet when it leaves the barrel. The muzzle velocity of one rifle with a sh

Answer:

The book is titled Solid State or Condensed Matter

Explanation:

I created the illustration found in the accompanying file.

There are two images included.

The upper one illustrates the impacts of:

- scaling vector A by a factor of 1.5, depicted in red with a dashed line.

- scaling vector B by -3, shown in purple with a dashed line.

The lower image displays the resultant vector: C = 1.5A - 3B.

The approach involves relocating the tail of vector -3B to the tip of vector 1.5A while maintaining the angles.

Next, an arrow is drawn from the tail of 1.5A to the position of -3B after this shift.

The arrow representing the result is vector C, marked with a black dashed line.
 

Set the initial location of kitten A on the left side of the field (designated as point A) at the origin, running east which is the positive direction. Kitten B starts at position , while kitten A’s beginning spot is .

Kitten A moves with a velocity of , and kitten B with . Their positions over time are described by

The collision occurs when the positions are the same, i.e. when . Solving this gives

Which results in approximately 6.8 seconds, considering significant figures.

Explanation:

The initial time is t₁ = 2:30 pm

The final time is t₂ = 2:30:45

We must analyze the students' motion concerning time. The final time exceeds the initial time by 45 seconds.

Change in time,

Therefore, this is the solution we need.