College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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- Please solve and answer the question correctly please. Thank you!arrow_forwardFirst, consider the cane where the surface is flat, as ahown below. Pick the comect free-body diagram for the block on the flat surface, where f - force of friction, N- normal force. W- weight, F.- force of spring 13 13 1Z 13 14 12arrow_forwardQ4: The slider block B is confined to move within the smooth slot. It is connected to two springs, each of which has a stiffness of k = 30 N/m. They are originally stretched 0.5 m when s = 0 as shown. Determine the maximum %3D distance, smax, block B moves after it is hit by block A which is originally traveling at (vA) = 8 m/s. Take e = 0.4 and the mass of each block to be 1.5 kg. Ans.: Smas. = 1.53 m 2 m - 30 N/m (VAh-8 m/s 2m k - 30 N/marrow_forward
- A roofer pulls a 25.0 kg bundle of shingles up the side of a roof that has a 29.0 ̊pitch. She applies a force to the shingles, counteracting the 18.5 N of friction, toaccelerate the shingles at a rate of 0.50 m/s2. Calculate the force she applied tothe shingles.arrow_forwardwn ot ei tedw,8 Jiog o lniog leiini ali moil og ol abnoos2 01 19j250 Jill (3 SaieWi nouoril gt oub 1ot2soa ordt yd boonsins a2ol 3. A box, initially at rest, is placed on the top of the frictionless incline shown. onob how 1ot Inuooos o boon Jon 20ob ono aoilsluolso ni vdw nislg (1 6 m A) Using a free body diagram and Newton's second law, find the box's acceleration in m/s². 8 m B) Use the constant acceleration equations to find the speed se 12 moil 2hc of the box when in reaches the bottom of the incline. S wold S lo noitoi to Insioifiooo oitonl o (A C) Find the work done by the constant net force on the box as it slides from the top of the incline to the bottom. Use the work-kinetic energy theorem to find the speed of the box when it reaches the bottom of the incline and check that your answer with B). 1 nde waainge o lliw doum woH (8 6ol 2omoo (viisinomom) loold odl nordw a20m marrow_forwardI Review | Constants A 2.00-kg package is released on a 53.1° incline, 4.00 m from a long spring with force constant 120 N/m that is attached at the bottom of the incline (Figure 1). The coefficients of friction between the package and the incline are us = 0.40 and µk the spring is negligible. Part A 0.20. The mass of What is the speed of the package just before it reaches the spring? V ΑΣφ m/s Figure 1 of 1 Request Answer Submit m = 2.00 kg Part B 4.00 m What is the maximum compression of the spring? V ΑΣφ 53.1° d = m Suhmit Request Answer II wwwwwwwwarrow_forward
- I hang a 83-kg weight on a force spring, which registers 183.07 Newtons. With what acceleration does it pull down the spring in m/s2? Round to 2 decimal places.arrow_forwardDont use chatgpt plzarrow_forwardA mass of 5.0 kg will stretch a vertical spring 3.25 cm. Draw a free body diagram (include all relevant forces and values) and calculate the spring constant.arrow_forward
- L. Fo A block of mass 3.00 kg is moving in the positive x direction, across a rough surface (UK=0.11) with an initial velocity of 6.00 m/s and is acted upon by a force Fo=4.00 N, applied in the negative x direction. Select the correct FBD for the mass.arrow_forward4. Show that the acceleration of any object down an incline where friction behaves simply (that is, where F* = Hk FN) is a = g(sin 0 – Hk Cos 0). Note that the acceleration is independent of mass and reduces to a = g sin ở when friction becomes negligibly small (4k = 0).arrow_forwardA.2042 N/m B.1042 N/m C.3042 N/marrow_forward
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