Apr 23, 19 · Force of 16N and 12N are acting on a mass of 0kg in mutually perpendicular directions Find the magnitude of the acceleration produced?With what speed is the mass moving when it reaches the X = 5 position?Force of 16N and 12N are acting on a mass of 0kg in mutually perpendicular directions
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Force of 16n and 12n n are acting on a mass of 200kg
Force of 16n and 12n n are acting on a mass of 200kg-So the trick here is figuring out the distance Assuming uniform acceleration at 2m/s^2, the box will travel 1 meter in the first second (it starts that second at 0m/s, it ends the second at 2m/s, the average of 0 and 2 is 1), another three metersForce of 16N and 12N are acting on a mass of 0kg in mutually perpendicular directions Find the magnitude of the acceleration produced Asked by Abhishek Last Modified CBSE/Class 11/Science/Physics Tuition/Class XIXII Tuition (PUC)
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Force of 16N and 12N are acting on a mass of 0kg in mutually perpendicular directions Find the magnitude of the acceleration produced 16N and 12N are actingSorry but I cannot calculate the acceleration if the applied force is 2600 N I can only calculate the acceleration if I am given the net force acting on the mass The net force is = applied force other forces acting on the body , such as fric9 A 10Kg bird flies with a horizontal acceleration of 75 m/s The only forces on it are the force of gravity and a force exerted by air
7 Force of 16N and 12N are acting on a mass of 0kg in mutually perpendicular directionsForce of 16N and 12N are acting on a mass of 0kg in mutually perpendicular directionsFind the magnitude of acceleration produced?= 12 m/s2 = same 4 A block of mass 050kg travels with a speed of 2m/s in the xdirection on a flat, frictionless surface
EduRev Class 8 Question is disucussed on EduRev Study Group by 1456 Class 8 StudentsDec 10, 14 · 16N and 12N are acting in mutually perpendicular direction So resultant force = √ (16² 12²) = √ = √400 = N mass of body = 0 kg acceleration = net force/mass = /0 = 01 m/s²In Chapter 1, force was defined as the product of mass and acceleration Simply F = Ma A more useful form of this formula is ΣF = Ma ΣF means the sum of forces acting on mass M Since forces acting on an object may act in opposite directions, ΣF is also called the net force The formula ΣF = Ma is called the "Newton's 2nd Law of Motion"
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Answer 2 📌📌📌 question A force of 12N acts to the left on a body and a force of 16 N acts to the right The size and direction of resultant force is 1)4N 2)28N to the right 3) 4 N to the right the answers to estudyassistantcom11N1SLTZO5 The graph shows how an external force applied to an object of mass kg varies with time 11N1SLTZO8 A block of weight W slides down an inclined plane at a constant speed The normal reaction 12N1SLTZ08 Three coplanar forces of 5 N, 6 N and 7 N act on an object Which force could not be theGet an answer for 'Two forces 12N and 16N are acting upon a body What can be the maximum and minimum resultant force on the body?' and find homework help for other Science questions at
01 11 Physics I Acceleration Velocity
A Body Is Under The Action Of Two Mutually Perpendicular Forces Of
Which indicates that the resultant force R has the same direction as a, and has magnitude equal to the product m a For example, if a box of 15 kg is subject to 5 forces which make it accelerate m/s 2 northwest, then the resultant force is directed northwest and has the magnitude equal to 15 kg × m/s 2 = 30 N Often, however, we know the forces that act on an object and weAnd, of course, f = N, where f is the force of friction and N is the normal force Solving for the coffit of static friction = (W 2D W) tan = 0292 Ladder Wording A ladder of length L = 26 m and mass m = 15 kg rests on a oor with coffit of static friction s = 048 Assume the wall is frictionless See Figure 8 Figure 8 Ladder 1 1 WhatX y 15 N 10 N 80° 50° 7 N Forces of magnitudes 7N, 10N and 15N act on a particle in the directions shown in the diagram (i) Find the component of the resultant of the three forces (a) in the xdirection, (b) in the ydirection 3 (ii) Hence find the direction of the resultant 2 ° A block of mass 8kg is at rest on a plane inclined at to the horizontal
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Answer Save 1 Answer Relevance Jacek P Lv 5 1 decade ago Favorite Answer Forces are vectors Maximum acceleration will be when both forces act in the same direction a = (f1 f2) / m = N / 65kg = 308m/s^2 MinimumA 10N force acting on a 4kg mass If the mass is traveling at with a speed of 2 m/s at X = 0, How much work does the force do on the mass as the mass moves from X = 0 to X = 5 m?Sep 27, 17 · Off the coast of Pusan, South Korea, July 7, 1999 An F/A18 Hornet assigned to Strike Fighter Squadron One Five One (VFA151) breaks the
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A N B 628N C N D N 809If the pull in the cables are 40 N, at an angle of 40° and 25 N at an angle of 130° with ve x axis, their resultant will be 65 N 4516 N 7416 N 4716 N d 66 If the resultant is equal to 06 times the magnitude of two equal forces, then the angle between the forces is nearer to 145 135 1 100 a 67 If two equal forces are acting at a rightApr ,21 A force of 16N acts on an area of 50 cm2 What is the pressure in pascal?a)40 Pab)50 Pac)30 Pad) PaCorrect answer is option 'C' Can you explain this answer?
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