here,
mass of block , m = 8 kg
s = 20 m
theta = 40 degree
a)
b)
for y- axis
Normal force , N= m * g * cos(theta)
for x-axis
using Newton's second law
m * a = m * g * sin(theta)
a = g * sin(theta)
c)
a = g * sin(theta)
a = 9.81 * sin(40) = 6.31 m/s^2
the acceleration of the block is 6.31 m/s^2
d)
the velocity of block at the bottom of the incline , v= sqrt(2 * a * s)
v = sqrt(2 * 6.31 * 20) m/s
v = 15.88 m/s
ECTION C: FUNDAMENTAL PROBLEMS Note: Show every details of work to get full credit in workout...
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puagag Y saoN (11) SECTION C: FUNDAMENTAL PROBLEMS (Note: Show details of work to get full credit in each problem.) 5. A 20 Kg block slides down a smooth inclined plane. The plane is 10 m long ad is inclined at an angle of 30° with the horizontal.. The coefficient of kinetic friction- 0.3 (a) Draw the free body diagram. (3) 30 (3) (b) Find the Normal force and the Force of friction.
(WRITE YOUR NAME IN BLOCK CAPITAL LETTERS) NOTE: All questions are compulsory. Please show all the details of your work get the full credit. 16 Total Section A Section B Section C_ SECTION A: FUNDAMENTAL DEFINITIONS & UNIT DERIVATIONS (6 1. Define Newton's First Law of motion in words only. 3. Derive SI unit of force of friction in words only (3) Solve this od block of my are placed on a SECTION B: FUNDAMENTAL FORMULA DERIVATION Mos mais connected...
Word Problems You must show all of your work to get full credit. Write as neatly and organized as possible. Put a circle around your final answer. 1.) (10) A cylindrical pulley of mass M 20.0 kg has an inner shaft of radius r 40.0 cm while the outer radius is R 1.00 m, The inner part is attached to the ceiling by a light string and to balance the system the outer part is attached to a mass m...
Please answer and show work for all the questions. (including
all Free Body Diagrams).
I would appreciate it if you use the original Equations and not
the derived ones.
updated..
TILL questions 1. Up on the ro up on the rooftop reindeer pause... as they try not to giggle at San and begins to slide - from rest - down the roof. Luckily, there (relative to the diagram below) that helps Santa sio of Fwind. (Once Santa reaches the edge...