Matter A has particles that are tightly packed together. What can be said about the motion of its particles? Select two that apply. O Matter A's particles vibrate. OMatter A's particles do not vibrate. O Matter A's particles are free to move. O Matter A's particles are not free to move.

Q: 0.0 unear m=2.21 2 0.009 0.25 0.30 0.35 0.40 045 0.50 0.55 0.65 0.70 0.75 0.39 Peen 0.592 kaN/m) (m)…

A: The spring constant calculated from the fitting of the plot is :  k=m=2.21N/m The positions from the…

Q: 1.) Which point/s identify the property of the initial state of the system? 2.) Which point/s is/are…

A: With the help of the figure, we will answer the given question.

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Q: A car is carrying a piece of plywood with dimensions 2.40 m by 1.15 m.  If the mass of the plywood…

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Q: 1. Consider the system with T = ² m(r² + r²ġ² + ż²) and U = A. B. C. D. mgz where z = cr²,8 = wt, by…

A: We have given a kinetic energy term and a potential energy term of the system then we can write…

Q: Please solve and answer the question correctly. Thank you!!

A: Given,  mw (to be computed) be the mass of the wooden block,vb = 245 m/s be the velocity of the…

Q: 50. (II) The electric potential in a region of space varies as V = by/(a + y). Determine E.

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Q: center of mass

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Q: Figure 20.32 i) What is the direction of the friction force on the block B? lii) Draw clear diagrams…

A: Given- Mass of A (ma) = 3 Kg Mass of B (mb) = 4 Kg Mass of C (mc) = 5 Kg

Q: kg block is attachod toapring of force cotant 300 N in Fig The block is pulled S cm to the right of…

A: Given  mass = 1 kg initial displacement x = 5 cm = 0.05 m  force constant k = 300 N/m

Q: Does a closed system obey the law of conservation of matter ? Explain why

A: Given: The objective is to find does the closed system obey the law of conservation of matter.

Q: Required information A transverse wave on a string is described by y(x, t) = (1.2 mm) sin ((2.0π…

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Q: In a constant-volume process, 214 J of energy is transferred by heat to 1.10 mol of an ideal…

A: (a) According to the thermodynamics law, the work done on the gas is, W=∫PdV At constant volume…

Q: A bullet of mass m is fired at velocity vo into a block of mass M, embedding in the block. The block…

A: We will use the conservation of momentum and conservation of energy after the collision,

Q: Bill is going for a swim in the ocean.  The density of the water (salt water) is 1.027 g/m3.  Bill…

A: The density of the water (salt water), ρw = 1.027 g/m3 Density of Bill, ρb = 1.043 g/m3 Density of…

Q: , In Lagrangian mechanics, one needs to know the number of degrees of freedom before solving a…

A: A system composed of N free particles has 3N degrees of freedom. Therefore, a system of two…

Q: If an object transistions from the phase liquid to solid, what will happen to the potential energy…

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Q: 1. You are organizing a soccer tournament on a windy beach. For fairness, you want to determine how…

A: Disclaimer: “Since you have asked multiple question, we will solve the first question for you. If…

Q: วัตถุมวล 1.50 kg เคลื่อนที่อยู่บนระนาบ xy ด้วยความเร็ว ที = (4.20i - 3.60 j) m/s จงคำนวณหา…

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Q: IT V2=18.9377 will V1 be 31.759???? 18.9377 V2= Bernoulis Equation P₁+ = V₁² + pgh₁ = P₂ + V₂ + pgh…

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Q: 9. A 100 gram bullet (velocity 50m/sec) is fired into a 1 kg block of wood attached to a spring and…

A: Write the given values with the suitable variables. m=100 g=0.1 kgu=50 m/sM=1 kgx=10 cm=0.1 m Here,…

Q: Lo= 0.09 m , g = 10 m/s? x = L – Lo (m) Fg (N) 0.2 m (kg) L (m) 0.02 0.108 0.018 0.04 0.126 0.036…

A: The graph is as shown below:

Q: 1.5Hz, 0.67sec. B. 0.67HZ, 1.5 sec. C. 0.0012HZ, 864sec. D. 864 H2, U.0012sec. 4. A block of mass…

A: According to guideline we can solve only first question. A block of mass 1.6kg is attached to a…

Q: Show that Kp = 0.75 nM is a DG = -50.8 kJ/mol. Express DG in terms of pN nm Compare the force…

A: Given: KD=0.75 nM=0.75×10-9m ∆G=-50.8 kJ/mol

Q: 5.64 A stationary nozzle discharges water against a plate moving toward the nozzle at half the jet…

A: Here, the plate deflects the water at a rate equal to the relative velocity of the water with…

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A: Given data: Gauge pressure at depth  Pgauge = 32 atm Density of sea water (ρ) = 1025 kg/m3 Required:…

Q: 2. In activity 2 (page 113) you used the function f (x) = 12(0.6)* to model the height of a bouncing…

A: In this question we are given with a function f(x) to model the height of a bouncing ball in feet.…

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A: Let M is the mass of the block, V is the velocity of the spring, k is the spring constant and x is…

Q: Convert (R= -697i -270j) Ibs to Polar

A: we know relation between Cartesian and polar is x = r cosθ y =r sinθ r=x2+y2

Q: –6.1 μC 3.3 μC.- +2.7 μC 0.16 m

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Q: The diagram below shows the motion of three objects along tracks which are parallel to the x-axis. 0…

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Q: In 1957 Stanley Smith Stevens proposed a law that relates the magnitude of a physical stimulus and…

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Q: Consider the dynamical system. x' = -ax + xy y' = 1 - By - x2 Show that the system has a unique…

A: Given

Q: How does the polarizability of matter depend on various nonlinear terms, such as when two photons or…

A: Nonlinear Polarizability of the matter (for three photons) is given as :…

Q: A hanging magnesium wire with diameter 0.15 cm is initially 2.1 m long. When a 45 kg mass is hung…

A: Diameter of magnesium wire D= 0.15cm Initial length of magnesium wire L= 2.1m  Stretched  Length of…

Q: . Determine the velocity

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Q: b Answered: X Course Hor X3 Mastering x MasteringP x 3 MasteringP x MasteringP…

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Q: Find the mass of the 1 dimensional object. A metal rod that is 8 inches long (starting at x=0) and…

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Q: A square metal on the left side is a=10 cm 1c=5 cm a=10 cm centered around origin. Calculate the x…

A: Refer to the figure below:  Let us consider a strip of width dx and length a.  The mass of this…

Q: A bullet with a mass m, = 11.5 g is fired into a block of wood at velocity = 257 m/s. The block is…

A: Apply conservation of momentum principleApply principle of conservation of energy

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A: The pressure due to the fluid is given by  P = h d g  where, h is the depth, d is the density and g…

Q: 3. Th valve of an oil carrying duct shown in the Figure is being closed such that the oil particles…

A: Time dependent velocity distribution of the given problem is: V =[ 6(1+0.4x2) (1 - 0.5t)]