Consider a cylindrical container of height "h" containing liquid of density ρ full to the brim. Now, a small hole is made on the side of the container at a depth "d" from the top. Calculate the range of the projectile.
Q: Please fallow the format answer please. Please fallow the format how this question need to be answer...
A: Given: The Cuvier’s beaked whale having the weight includes 5,500 pounds-force [tb].It includes the ...
Q: Q1: If you know that the degree of accuracy in measuring momentum and positioning of an electron (it...
A:
Q: The period of oscillation of a sinusoidal signal is T=(45±2) ms. What is the uncertainty on the freq...
A: The relation between time period T and frequency f is T=1f If ∆T be the uncertainty in period and ∆...
Q: Ix=Wx I mi (9+2;") Wy Emi Xi Ji Ly = ? ? Wz Z mi Xi Z; - proe the absie equation
A: Consider a rigid body rotating with fixed angular velocity (ω) about an axis which passes through th...
Q: The car weighs 1600 lbs and drives up the hill at a constant speed. Assuming the static friction coe...
A: Given Mass (m) = 1600 lbs Static friction μs = 0.74 a = 8.95 ft b = 3.22 ft c = 1.76 f...
Q: The circuit in the figure below contains a 9.00 V battery and four capacitors. The two capacitors on...
A: (a) C2 and 6.00 μF are parallel. Therefore, Cp=C2+6.00 μF=2.40 μF+6.00 μF=8.40 μF Two C1 and Cp are ...
Q: Bill and Amy want to ride their bikes from their neighborhood to school which is 14.4 kilometers awa...
A: The average velocity of an object is the total displacement divided by the total time taken. The ave...
Q: Consider the system shown in the figure. k = 250KN / m M c = 6000 N.s/ m m =1000 kg m, =2 kg 中。 e = ...
A: Given N is 180 rpm. Therefore, N=180 rpm1 rad.s-19.549 rpm=18.85 N
Q: What is Coulomb’s law good for? The answer is: to calculate the force between:A) Two uniformly charg...
A: Electrostatic forces between two charges is know as Coulomb’s law
Q: 3. Consider the particle trajectories shown in the uniform and constant electric field. Which trajec...
A: The force on a charge q in an electric field E is given as F = qE
Q: One wire in a high-voltage transmission line carries 1 000 A starting at 560 kV for a distance of 27...
A: P=IV
Q: Vs= 3 cos(1000 t) V, R1 = 10 kn, R2 = 20 kO, R3 = 10 kn Ica c1 = 0.2 F, C2 = 0.1 F. Find Vo at t = 0...
A: Given circuit is- Vs=3cos(1000t) VAt node 2 has a zero voltage because virtual ground concept.Apply...
Q: An elevator has a mass of 3,000 kg and moves 210 m up in 27 s at constant speed. At what average ra...
A: Given m=3000kg x=210m t=27s
Q: D and E only thank you
A:
Q: Advanced Physics Question
A: The problem is based on an equipotential surface. An equipotential surface at which the value of pot...
Q: Q1: It is believed that much of the mass of the universe is carried by what is called dark matter, m...
A: (Q1) Introduction: Dark matter is an elusive substance that permeates the universe exerts many detec...
Q: The block has a weight of 20 N and is being hoisted at uniform velocity. The system is held in equil...
A:
Q: Q2: Write the velocity operator (V) and its expected value in the casew
A: To answer: The velocity operator (V) and its expected value in the case ψ
Q: R +Q r +p Figure 3: r = x² + y2 + z2 3. Sphere with electric charge +Q and infinite sphere at infini...
A: Charge density is defined as the charge contained per unit volumeSo, ρ=QVCharge Q has units of Coulo...
Q: The cutoff wavelength for a step index fiber is 1400 nm. How many modes canpropagate at a signal wav...
A:
Q: For CD- AISI 1040 steel plate shown in figure below, find the safety of factor. 14 MPa a = 60 30 MPa
A: for Given AISI 1040 steel plate ultimate stress= 620Mpa σx= 30 Mpa, σy= 14 Mpa working stress of sh...
Q: Entropy change in a temperature change. Two kilograms of water at 0 degree Celsius is heated to 100 ...
A: Given: Mass of water is m=2kg. Initial temperature T1=0°C. Final temperature T2=100°C. Specific heat...
Q: A 3*10°C charge is at (-1, 0). A -4*10°C charge is at (2, 0). (a) Calculate the field at the origin....
A:
Q: In what direction is the force on the point charge q due to the other two charges? Consider q to be ...
A:
Q: Example: An electric heater consumes 1.8 MJ when connected to a 250 V supply for 30 minutes. Find: (...
A: Given data, Power consumed by the heater in 30 minutes = 1.8 MJ = 1.8x106 J Voltage applied = 250 V
Q: If the Richter scale is altered so that it compares energy released instead of intensity, the defini...
A: (a) Given: The definition of scale is M2-M1=LOG31E2E1. Introduction: The Richter magnitude scale was...
Q: Star A’s luminosity is four times greater than Star B’s. Both stars have the same surface temperatur...
A:
Q: What does the “area” under a velocity-time graph tell you about the motion?
A:
Q: Q1: If you know that the degree of accuracy in measuring momentum and positioning of an electron (it...
A:
Q: Cannot figure this problem out
A: Given:- Length of the bronze model track = 26 in Temper...
Q: A box of weight 1.00 n moves at a constant speed across a horizontal floor for distance of 2.00 mete...
A:
Q: Identical capacitors, C = 10 microFarada) Find the equivalent capacitance of the configurationb) If ...
A: Given: The capacitance of each capacitor is 10 microfarad. The battery of 50 V is connected.
Q: draw clearly both an idealized v-vs-t graph and the corresponding a-vs-t graph for the cart moving i...
A:
Q: Suppose a particle has a wavefunction Ψ(x) = Ne-sx2. Sketch the form of this wavefunction. Where is ...
A: (a). The wavefunction is given as ψx=Ne(-sx2) where N is a normalization constant and s is a constan...
Q: Question Image Given below :-
A: Given, n=1.465core diameter d =70 μm∆=0.0135λ=850 nm
Q: Jacob wants the period of his pendulum to be the same as Brad's period on his spring. The mass that ...
A: Time period of spring pendulum Tsp = 2πmk Time period of simple pendulum Tst = 2πlg Where l = lengt...
Q: A company who makes flotation devices has products that come in many different shapes and sızes. Com...
A:
Q: please type only Exercise 3.3.4: Properties of functions on strings and power sets. For each of th...
A: Given: To determine if the function is onto, one-to-one, neither or both. If the function is not ont...
Q: A small rocket was launched straight up from a plat- form. After 5 seconds, the rocket reached a max...
A: Time taken by the rocket to reach a maximum height of 412 ft. is 5s 412 ft.=125.578 m velocity at th...
Q: Do you agree with the statement that “ cubic functions must have at least 1 x-intercept but not more...
A: Introduction: A cubic function is one in the form f(x)=ax3+bx2+cx+d and the quadratic function is of...
Q: Four small spheres shown in the figure below have charges of q1 = -3.00 nC, q2 = 2.40 nC, q3 = 5.30 ...
A: We can see in the close surface S2 charge enclose by it is q4=-1.80nC=-1.80x10-9C
Q: 12. Draw the Fresnel reflections produced by a positive lens. From which surface (1", 2 the reflecti...
A: Given: The Fresnel reflections that is being produced by the positive lens is need to be drawn as fo...
Q: In an experiment to determine the acceleration due to gravity using a simple pendulum.
A: 1. this is because for the smaller mass center of mass of bob would be near the end of the string(be...
Q: 6. A parallel-plate capacitor with plate area A = 5.0 m2 and plate separation d = 6.4 mm is connecte...
A:
Q: Example 1 R. Determine the P.D. which must be applied to a 2 k may flow.
A: Given data: R=2 kΩ or 2000ΩI=10 mA or 10×10-3 AThen Potential difference(P.D),P.D=?
Q: Consider a situation of simple harmonic motion in which the distance between the endpoints is 2.95 m...
A: The simple harmonic motion between the two endpoints traces the diameter of the circle. If d is the ...
Q: Calculate the ripple factor of a PI type (CLC filter) employing 10H choke and two equal capacitors o...
A: Given : L=10 H R=4×103 Ω f=50 Hz C1=C2=16×10-6 F The ripple...
Q: State the properties of the Bassel function.
A:
Q: At 20°C, the viscosity of water is 1.0x10-3 Pa-s and the viscosity of molasses is 51 Pa-s. Consider ...
A:
Q: Only question 9!
A: Let us consider a straight long current-carrying wire carrying current i in the positive Y direction...
Consider a cylindrical container of height "h" containing liquid of density ρ full to the brim. Now, a small hole is made on the side of the container at a depth "d" from the top. Calculate the range of the projectile.
•Don't copy from other sources.
•Don't use TORICELLI'S LAW directly.
Step by step
Solved in 2 steps with 1 images