What is bodies: Definition and 521 Discussions

Bodies Bodies Bodies is a 2022 American black comedy horror film directed by Halina Reijn, in her English-language debut, with a screenplay by Sarah DeLappe from a story by Kristen Roupenian. It stars Amandla Stenberg, Maria Bakalova, Myha'la Herrold, Chase Sui Wonders, Rachel Sennott, Lee Pace, and Pete Davidson.
Bodies Bodies Bodies premiered at South by Southwest on March 14, 2022, and was theatrically released in the United States on August 5, 2022, by A24. The film received generally positive reviews from critics, who praised the humor and the cast's performances, particularly Sennott's.

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  1. D

    3 bodies problem-programming in C

    Hello. I have been folowing this forum for a while, but this is the 1st time I post. If I make any spelling mistakes, forgive me because I'm not an english born speaker. My problem is the following, I have to write this program in C, and the graphical part is to be made in allegro or...
  2. K

    Making free bodies of a static structure

    Homework Statement The problem is this. We have a structure (see the attached image) and need to make freebodies of all of the members. 150 lbs are applied to the platform being lowered by the strings. We also need to figure internal stresses, but I think I can get those if I can understand...
  3. C

    Two Bodies rotating around each other

    Hi I was wondering how the gravitational force of attraction is related to centripetal acceleration for two bodies rotating around a point between them. Specifically how would you determine the centripetal acceleration of each body if their masses and the distance between them was given...
  4. Z

    Do all bodies emmit black body radiation?

    Is this black body radiation considered light? PS: Sorry, I spelt emit wrong:(
  5. Z

    How would you calculate how bodies curve space/time?

    Okay, I am really interested in relativity, but very ignorant in it also. I already know you would divide regular space/time by √(1 - rs/r) rs = schwarzschilds radius r = radius of object from center of mass How would we define regular space/time in an equation? What units or...
  6. J

    What are the x and y components of the velocity of the CM of the two bodies?

    Homework Statement Body A of mass 3 kg is moving int he x+ direction with a speed of 14 m/s. Body B of mass 4 kg is moving in the -y direction with a speed of 7 m/s. What are the x and y-components of the velocity of the CM of the two bodies? The answer is (6m/s,-4m/s). Homework...
  7. C

    Solving Heat Transfer Problem Involving Black Bodies and Convection Coefficient

    Ok please can someone help or at least point me in the right direction with this question please? I have air flowing through a pipe which is heated to 477 degrees via burners on the outside. The pipe itself is heated to 550 degrees and there is a thermocouple inside the air flow. However, the...
  8. S

    Rotating bodies, Car around a corner

    Homework Statement A car turns a corner with a radius of curvature of 11.1 m while braking to reduce its speed. If the brakes generate an angular deceleration of 0.5 rad/s2 what is the magnitude of the acceleration of the car half way through the corner when the car's linear speed is 9.6 m/s...
  9. K

    Temperature Gradients of Independent Radiating Bodies within A Mixture.

    I am interested in describing the heat transfer and temperature gradients within a mixture of independent radiating bodies. States like this occur in many systems and i have been having a bit of trouble modeling this simple scenario. An example of a system is charcoals within a BBQ, and also...
  10. Chiclayo guy

    NFL Linemen vs. Wide Receivers: Speed & Mass

    Why can’t a 300lb NFL lineman accelerate off the line and maintain equal speed with a 180lb wide receiver? I realize there is more mass to set in motion, but there is also a greater amount of muscle to move that mass. If the ratio of muscle to mass is the same in both men, shouldn’t speed be...
  11. A

    Incorrupt Bodies: Biology's Explanation

    How biology can explain these 'Incorrupt Bodies': http://www.youtube.com/watch?v=F7uPLx8PM8c&NR=1&feature=fvwp
  12. D

    Emission of infra red from hot bodies

    I've seen much mention in websites of matt black surfaces being better emitters of infra red than shiny silver ones so if a matt black and shiny silver surface are heated to about 100 deg C the black one will cool down more quickly as a result of this! Doesn't Wien's law state that the amount of...
  13. P

    Exploring Normal Force Between Contacting Bodies

    whenever 2 bodies are in contact , why do they exert force normal to each other on each other , i mean the normal force .
  14. Q

    Time Dilation Paradox (variant distance between two accelerating bodies)

    This question concerns a paradox I've come up with in GR. If somebody could tell me where it breaks down, I'd be much obliged. Thank you! Assume there is spaceship A hovering above a black hole, and spaceship B further away from a black hole The black hole, A, and B are all lined up. (The...
  15. A

    Planar Kinematics of Rigid Bodies - Relative Motion

    Homework Statement http://www.hdimage.org/images/bgkkpt63ckx96gu3xgh.jpg Homework Equations aA = aA/B + aB VA = VA/B + VB The Attempt at a Solution After staring at this question for some time, I finally had a go and got an answer of 1.25 rad/s, which is incorrect. I am totally...
  16. R

    Rolling/non-rolling motion of unsymmetrical bodies

    I have a sphere (mass m, radius r) whose centre of mass is r/2 distance away from its geometric centre. If it is kept on a smooth horizontal surface with the centre of mass at the same horizontal level as the geometric centre, what exactly is going to happen? Also, I need to find out the...
  17. M

    What limit must the force excede if we want to separate two bodies + friction

    Homework Statement On a leveled base is a plank with a mass M = 2 kg, on the plank is a weight with a mass m = 1 kg. What limit must the force exceed, when we pull the plank in a horizontal direction for the weight to slip from the plank? Ratio of friction between the plank and the base is...
  18. K

    Help Needed - Two bodies, inclined plane, some friction, and pulley problem

    Homework Statement Block A has mass m = 4.0 kg, and block B has mass m= 2.0 kg. The coefficient of kinetic friction between block B and the horizontal plane is 0.50. The inclined plane is frictionless at the angle 30 degrees and Block A sits on it. The pulley serves only to change the...
  19. S

    Negative Energy of Bound Bodies & Hydrogen Atom

    What is meant by total negative energy associated with bound bodies like planets. and also total energy of the hydrogen atom is negative. I wonder how it could be? Because I believe whatever negative energy may be, It must only be associated with bound systems, and I don't think that an isolated...
  20. F

    It is an interesting point you raise, though.Why do objects have inertia?

    Stupid question, but I am no Einstein. So why do all the bodies have it? Does enegry also have it? What's it caused of? Thanks in advance, fawk3s
  21. P

    Free Falling Bodies: Calculating Time for Wrecking Ball

    Homework Statement A wrecking ball is hanging at rest from a crane when suddenly the cable breaks. The time it takes for the ball to fall halfway to the ground is 1.31sex. Find the time it takes for the ball to fall from rest all the way to the ground. I think the formula to use is...
  22. P

    Calculating Displacement of a Diver in Free Fall

    The velocity of a diver just before hitting the water is -10.2m/s, where the minus sign indicated that her motion is directly downward. What is her displacement during the last 1.10sec of the dive? I tried to use dthe x=1/2(Vinitial + Vfinal)t=40.8 but it's wrong, what am i doing wrong??
  23. N

    Gravitational Force between Moving Bodies

    The Einstein field equation for gravity uses the stress-energy tensor, rather than just mass, to determine the gravitational force acting between two bodies. When spacetime curvature is small and relative velocities are much less than the speed of light, this force is well-approximated by...
  24. M

    Gravity & conservation of energy with two bodies

    I just want to get my head straight on something with regards to relativity and gravity - I think it's a simple question (or rather has a simple answer!) so there's no trick agenda here. If I have two bodies orbiting each other in deep space - far enough out for other gravitational forces to...
  25. K

    Thought experiment: Orbiting bodies close to C

    Hi all, I was bored a little while ago, and somehow started thinking about the Big bang and all that fun stuff. I once heard it said that some of the galaxies near the end of the universe are at close to light speed. Now I'm not here to dispute that (would be nice if it were true though) but...
  26. A

    What is the net force acting on a wheel with a cord wrapped around it?

    Homework Statement A cord is wrapped around the rim of a solid uniform wheel 0.250 m in radius and of mass 9.20 kg. A steady horizontal pull of 40.0 N to the right is exerted on the cord, pulling it off tangentially from the wheel. The wheel is mounted on frictionless bearings on a...
  27. A

    What Causes Rotation of Rigid Bodies?

    Hi All, I don't know whether this question makes any sense or not anyhow i will ask. For example, consider a ball which is attached at the end of the string and let us assume that this ball rotates in the uniform circular motion. Then the reason it rotates in uniform circualar motion is...
  28. D

    Changing temperature of falling bodies

    Homework Statement A block of material of mass m and specific heat c falls from height h and reaches speed v just before striking the ground. Its temperature is measured immediately after it strikes the ground. If we ignore any change in temperature owing to interaction with the air, the...
  29. I

    Static friction between two bodies and a surface

    Homework Statement okay, I know it says be descriptive and all, but I'll present a watered down problem with some insignificant data already calculated by me. my problem is to understand the logic behind the solution, I know the solution, I simply think my textbook is... false. here goes...
  30. K

    Galileo's Theory of falling bodies problem

    Homework Statement If an object falls five meters during the first interval of time, what is the total distance fallen at the end of the second interval of time? (Galileo's Theory of falling bodies) Homework Equations The Attempt at a Solution I know that at successive intervals of...
  31. K

    Distance traveled at end of second interval: 27m

    If an object falls five meters during the first interval of time, what is the total distance fallen at the end of the second interval of time? (Galileo's Theory of falling bodies) I know that at successive intervals of time the distance fallen is proportional to the odd numbers. So I suspect...
  32. N

    Gravitational Force between two bodies when Distance is zero

    What will be the Gravitaional force between two bodies when the distance between them is zero e.g., If we place a ring around a sphere, the center of gravity of the two bodies coincide and thus the distance of separation is zero. F = G m1m2\d2 d = 0 ,F = Infinity
  33. B

    Acceleration Due To Gravity: Why Is It the Same for All Bodies?

    I have been reading about Acceleration Due To Gravity. All sources including Fundamentals Of Physics By Resnik say that ' Acceleration due to gravity does not depend on the object's properties like mass , density , shape etc '. The magnitude of 'g' is 9.8 m/s^2 for all bodies ? But I can not...
  34. P

    Why do heavenly bodies rotate and what causes this rotation?

    I have had this question for a very long time. Never got a convincing answer Every Heavenly body rotates about its axis. The sun, the planets, the galaxies, every heavenly body why is it so? what makes the rotate? ps:It is very likely that this question would be a repetition. If it is...
  35. D

    Max Contraction of Two Moving Bodies with Spring Attachment

    Homework Statement 2 bodies move towars each other M1 WITH Velocity V1 and M2 with velocity V2 ,on a frictionless surface with a spring between them(attached to M1),what will be the maximum contraction(I mean You know, shrink or W\E)? Homework Equations reduced mass...
  36. N

    Large bodies of mass and their effects on apparent time

    I'd like to expand on the example Dweirdo set in his thread and ask a few different questions. I didn't want to hijack his thread as I thought it would keep info more organised if I separated the discussion. So, let's take the example that we have a black hole and two observers, one (A) far...
  37. C

    How Can You Determine the Kinematics of Rigid Body BD in a Rotating System?

    Homework Statement "Knowing that crank AB has a constant angular velocity of 160rpm counterclockwise, determine and plot, for values of \theta from 0 to 360 degrees, (a) the angular velocity and angular acceleration of rod BD, (b) the velocity and acceleration of collar D...
  38. P

    Centre of Mass of two Gravitating bodies from rest

    Hi How would I show that the centre of mass of two point particles, one of mass m1 and the other m2, when released from rest from infinite simultaneously, stays in the same place? I feel this is a very simple question, I just can't seem to get it right. Everything I've tried still involves...
  39. A

    How Is the Force on the Boom Hinge Calculated in a Wrecking Ball Setup?

    Homework Statement A wrecking ball weighing 4800N is supported by a uniform boom of wieght 3600N. A support cable runs from the top of the boom to the tractor. the angle between the support cable and the horizontal is 32degrees and the angle between the boom and the horizon is 48degrees...
  40. T

    Dependent motion between 2 bodies to find velocity

    Homework Statement If the system is released from rest, determine the speeds of both masses after B has moved 1m. Neglect friction and the masses of the pulleys. http://img14.imageshack.us/img14/6321/fbd.jpg The Attempt at a Solution I have drawn up the free body diagram for both...
  41. D

    How Do Contact Forces Alter the Speeds of Moving Bodies?

    If both bodies are in motion and come into contact, say a ring sliding on a block in motion as well. The speed of the ring (RPM) and the speed of the block in motion would both change once the bodies come into contact. Is there a way of calculating what the speeds of both bodies would be...
  42. D

    Can the speeds of bodies in contact be predicted using physics principles?

    Hi, Maybe this is more a mechanical question, but here goes. In a ring on block wear test, if both bodies are in motion, the speed of the ring (RPM) and the speed of the block in motion would both be differ on contact from what the were originally were. Is there a way of calculating...
  43. D

    Deriving formula for final velocity in 2 repelling bodies

    Homework Statement Consider 2 magnetic masses, m1 and m2; these 2 repel each other for a distance s with force f (relative to each other)...which applies from m1 to m2. Predict final velocity of m1 and m2. Assume final distance to be v1 and v2 Assume the 2 masses at rest initially...
  44. P

    Why do bodies at rest weight more than zero?

    why do bodies at rest weight more than zero? here is the bull thing... now I am sitting on my chair and i know Earth exerts a force on me which is called my weight. by definition w=mg I DO NOT have any acceleration g or anything else. let me prove a = dv/dt my speed is zero v = 0, coz...
  45. Z

    Calculating vertical load with multiple bodies

    I'm currently writing a vehicle simulator and have constructed a chassis out of physical node bodies that are connected as in the screenshot below. I am trying to work out the normal force at each of the green circles such that if it were suspended by each of the four nodes, the summation of the...
  46. D

    Differential free falling bodies

    (i) how you solved this problem, An object of mass 10 kg is dropped from a great height. (a) If the object is subjected to air resistance equivalent to 10 times the instantaneous velocity, find the velocity. (b) How far does the object drop after 5 sec? (ii) what you got as a solution...
  47. D

    Solving Free-fall: 10kg Object Dropped from Great Height

    I am having trouble on this problem. An object of mass 10 kg is dropped from a great height. (a) If the object is subjected to air resistance equivalent to 10 times the instantaneous velocity, find the velocity. (b) How far does the object drop after 5 sec? Ok so I thought the equation...
  48. D

    Temperature distribution two semi-infintie bodies

    Hi there, I have to solve the following problem: A semi-infinite body x<0 has thermal conductivity K_1 , density \rho_1 , and specific heat C_1. It is initially at temperature T_0. At time t=0, it is placed in thermal contact with the semi-infinite body x>0, which has parameters K_2 , \rho_2...
  49. C

    Two rigid bodies combined center of gravity

    Hello all. I'm trying to find the equation for combined Center of Gravity (CoG) when you combine two objects with different weight. I know how to find the centroid, which is what the CoG would be if both objects were the same weight. But what about two objects with different weight...
  50. M

    Calculate acceleration after getting the Gravitational force between two bodies

    Say the gravitational force between two points is 80 N. The two points start off stationary. What do I do to find how those two objects would accelerate closer together? I'm trying to write a simple program that calculates the gravitational force between two objects and pulls them together, but...
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