5.. The timing of the fall of a steel ball photoelectrically can be used to determine the acceleration of free fall. After release, the ball passes P and Q at times t, and 12. Find the acceleration of free fall. A h/2(1₂ - 1₁) point

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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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B5
3.
A stone travels a distance x in time as it slides across an icy surface. It undergoes
uniform deceleration. To obtain a straight line graph to represent the motion of the stone,
which of the following pairs of quantities should be used?
A
x/1² and 1
D
x/t³ and t
B
x and 1/²
E
x and 1/²2
C
x/t and t
4. A lunar landing module is descending at a steady velocity of 10 m s to the Moon's
surface. At a height of 120 m, a small object falls from its landing gear.
Find the speed at which the object strikes the Moon if the Moon's gravitational
acceleration is taken as 1.6 ms 2.
30 m sl
22 m s
20 m s-1
A
B
C
h/2(1₂ - 11)
h²/(1₂ - 11)
E
5.. The timing of the fall of a steel ball photoelectrically can be used to determine the
acceleration of free fall. After release, the ball passes P and Q at times t, and 12. Find
the acceleration of free fall.
A
B
C
D
2h/(t₂-11)
2h/(t2-t)
E h/(t²-t)
17 ms -1
10 m s
point of T
release
light beam
P
h
photocell
Transcribed Image Text:3. A stone travels a distance x in time as it slides across an icy surface. It undergoes uniform deceleration. To obtain a straight line graph to represent the motion of the stone, which of the following pairs of quantities should be used? A x/1² and 1 D x/t³ and t B x and 1/² E x and 1/²2 C x/t and t 4. A lunar landing module is descending at a steady velocity of 10 m s to the Moon's surface. At a height of 120 m, a small object falls from its landing gear. Find the speed at which the object strikes the Moon if the Moon's gravitational acceleration is taken as 1.6 ms 2. 30 m sl 22 m s 20 m s-1 A B C h/2(1₂ - 11) h²/(1₂ - 11) E 5.. The timing of the fall of a steel ball photoelectrically can be used to determine the acceleration of free fall. After release, the ball passes P and Q at times t, and 12. Find the acceleration of free fall. A B C D 2h/(t₂-11) 2h/(t2-t) E h/(t²-t) 17 ms -1 10 m s point of T release light beam P h photocell
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