Chapter 1: Q21P (page 40)
Write the vector as the product
Short Answer
The required product is .
Chapter 1: Q21P (page 40)
Write the vector as the product
The required product is .
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Get started for freeAnswer the following questions about the factor (gamma) in the full relativistic equation for momentum:
(a) Is a scalar or a vector quantity?
(b) What is the minimum possible value of ?
(c) Does reach its minimum value when an object’s speed is high or low?
(d) Is there a maximum possible value for ?
(e) Does become large when an object’s speed is high or low?
(f) Does the approximation apply when an object’s speed is low or when it is high?
A planet is located at . A star is located at .
(a)What is , the vector from the star to the planet?
(b)What is the magnitude of ?
(c)What is , the unit vector (vector with magnitude 1) in the direction of ?
The following questions refer to the vectors depicted by arrows in figure 1.57.
(a) What are the components of the vector ?(note that since the vector lies in the xy plane ,its z component is zero.)
(b) What are the components of the vector ?
(c) Is this statement true or false?
(d) What are the components of the vector ?
(e) Is this statement true or false?
(f) What are the components of the vector ?
(g) Is this statement true or false?
(a) Consider the vectors and represented by arrows in Figure 1.20. Are these two vectors equal? (b) If ,and , what is the unit vector in the direction of ?
Figure 1.55 shows several arrows representing vectors in the xy plane. (a) Which vectors have magnitudes equal to the magnitude of ? (b) Which vectors are equal to ?
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