a) What is the magnitude of the resultant force (in Newtons)?   b) What is the angle of the resultant force with respect to x-axis? (positive values only)

Q: A force F1 of magnitude 6 units acts at the origin in a direction 30 degree above the +ive x-axis A…

A: Draw the two forces graphically.

Q: At what angle should two forces act such that their vector sum and vector difference are equal to…

A: Step 1We are required to find the at which the magnitude of vector sum and vector difference of two…

Q: If an applied force of 10 N directed at an angle of -30 degrees with respect to +x direction acts on…

A: Given: F = 10 N θ = - 30o  with respect to + x axis  mass 'm' is 3 kg We are asked to find the…

Q: Q1/ A-Given F1=5.0N 30° N of E F2=7.0N 60° S of W and F3=10.0N 40° E of S. (a) the vector components…

A: Given information: The magnitude of force F1 = 5.0 N and direction 300 N of  E The magnitude of…

Q: rces 32 pounds and 58 pounds. The magnitude of the resultant is 35 pounds, find the angle between…

A: Given:- The two force F1 = 32 pounds and F2 = 58 pound   The magnitude of the resultant is 35 pounds…

Q: Three forces when added produce a resultant force that is 100 N pointing 63° above the positive…

A:

Q: A force F, of magnitude 7.20 units acts at the origin in a direction 27.0° above the positive x…

A: Graphical method Consider the following figure.   Please follow these steps to obtain the required…

Q: Add the following Forces analytically to find the resultant vector, the magnitude of the resultant…

A: The given vector: F1= 350 N Subtends 105° with x-axisF2=450  N Subtends 203° with x-axisF3=350 N…

Q: The rectangular component of forces can be taken by A) Getting the force component in the x…

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Q: a force F1=315N acts in the first quadrant at an angle of 70 degress above the x axis, while a…

A: a force F1=315N acts in the first quadrant at an angle of 70 degress above the x axis, while a…

Q: A force F1 of magnitude 5.00 units acts at the origin in a direction 34.0° above the positive x…

A:

Q: The resultant of the two forces has a magnitude of 650 N. Determine the direction of the resultant…

A: Write the given forces in the x- and y-components form as follows. Fx=0Fy=-500…

Q: Determine the magnitude of the force F2, if the resultant force (FR) is directed along the positive…

A: Given   Force F1=1317 lb Angle between force F1 and positive x-axis  θ1=33° Angle between force F2…

Q: The x any components of a force vector are -3.0 N and +4.0 N respectively, solve for the direction…

A: Given: The x-component of the force is -3 N. The y-component of the force is 4 N.

Q: ne force of magnitude 70 acts on an object. Another force of magnitude 58 acts on the object at a…

A: Given: The magnitude of the first force is 70 units. The magnitude of the second force is 58 units.…

Q: Two workers are trying to move a heavy crate. One pushes on the crate with a force A. which has a…

A: F=3182+5632F=418.1 Nto find the direction,tanθ=318563θ=29.46° north to west.

Q: The following forces are acting on an object: Force 1: 14.11 N, west Force 2: 21.86 N, south Find…

A:

Q: The following forces are acting on an object: Force 1: 12.08 N, west Force 2: 18.88 N, south Find…

A:

Q: A force of 155 pounds makes an angle of 81°46' with a second force. The resultant of the two forces…

A: Given data: The magnitude of the first force AB→, AB→=155 lb . The angle between the first force…

Q: An object experiences two forces, A and B below.  What is the MAGNITUDE of the resultant force (R =…

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Q: Two forces of magnitude 70 newtons​ (N) and 40 N act on an object at angles of 30° and −45° with…

A:

Q: A crate is pulled to the right with a force of 72.2 N, to the left with a force of 119.2 N, upward…

A: Consider the following figure. The net force in the X direction is given by the following equation.…

Q: A horizontal force of 170 ̊ and 100 N is applied to an object standing on the ground, and another…

A: Suppose the forces are: Write the force F1 in vector form. Write the force F2 in vector form.

Q: A force F, of magnitude 6.00 units acts on an object at the origin in a direction 0 (Fig. P1.58). A…

A: Given that:- Magnitude of F1 =6 units  Magnitude of F2=5 units

Q: A force F, of magnitude 6.00 units acts on an object at the origin in a direction 0 = 30.0° above…

A: Two forces and the resultant force vector can be represented graphically as,

Q: P1 P=10 kN 40 100 P2 20 х ахis

A:

Q: Two people are moving a heavy crate. One pushes on the crate with a force A which has a magnitude of…

A: Given: The force exerted by A is F=424.3 N. The force exerted by B is F'=303.8 N.   The expression…

Q: A force F, of magnitude 5.60 units acts at the origin in a direction 26.0° above the positive x…

A: Given  F1 = 5.60 at an angle 26.0 degree   F2 = 5.0 units   This F1+ F2 is ....

Q: the following example is given: vector1 =+(60.0N)i+(103.9N)j vector2 =+(75.2N)i−(27.4N)j vector…

A: STEP 1: Hello. Since you have posted multiple questions and not specified which question needs to be…

Q: The following forces are acting on a object: Force 1: 6 N north Force 2: 5 N west   a. Find the…

A: Given that, The forces of the objects are :  Force 1: 6 N north Force 2: 5 N west We need to find…

Q: Two forces have magnitudes F1 and F2. If these forces are added together, which ofthe following…

A: Magnitude of the net force

Q: An object weighs under the influence of three forces; The first force, 33.0N, acts in a direction…

A: Consider the following figure.   Let the magnitudes of the forces acting on the object be F1, F2,…

Q: Add the following Forces analytically to find the resultant vector, the magnitude of the resultant…

A: F1→=350N @ 1050=-90.59Ni^ +338.07Nj^F2→=450N @ 2030=-414.23Ni^  -175.83Nj^F3→=350N @ -360=283.16Ni^…

Q: A force F, of magnitude S.70 units acts at the origin in a direction 40.0 above the positive x axis.…

A: F1→ = 5.70 units in a direction  40o above +x axis F2→ = 5 units in a direction along + y axis To…

Q: If θ = 60° and F = 450 N, determine the magnitudeof the resultant force and its direction,…

A: Given data The first force is, F = 450 N  The second force is, F1= 700 Nange made by first vector…

Q: The magnitudes of the three forces are F, = 1.8 kN, F, = 1.5 kN, and F, = 1.0 kN. Compute magnitude…

A:

Q: Two forces, F1 and F2, of magnitude 30 and 60 pounds,respectively, act on an object. The direction…

A: F1  = 30 lbs N 10° E F2  = 60 lbs N 60° E

Q: force of magnitude 53 acts on an object. Another force of magnitude 39 acts on the object at a right…

A: Resultant R2 = A2 +B2 + 2AB Cosθ

Q: A force F1 of magnitude 6.40 units acts at the origin in a direction 35.0° above the positive x…

A:

Q: A force ofF1= 50.0 N is directed at an angle of 60° above the x-axis. A second force of  F2 = 50.0 N…

A: Force is something that we all experience every day. We have different forms of force such as…

Q: A force of 120 N has a rectangular component of 84 N acting along a line making an angle of 20°…

A:

Q: If the magnitude of the resultant force is to be 500 N, directed along the positive y axis,…

A: Resultant force, Fnet = 500 N One of the forces acting on the object, F1 = 700 N at an angle 15°…

Q: a force F1=315N acts in the first quadrant at an angle of 70 degress above the x axis, while a…

A:

Q: In the drawing, what is the vector sum of forces D + E + F if each grid square is 4.00 cm on a side?…

A: Given data: Each gird square = 4.00 cm on a side Required: Vector sum of forces D, E and F

Q: A force, F1, of magnitude 3.3 N and directed due east is exerted on an object. A second force…

A:

Q: Three forces are applied to an object, as indicated in the drawing. Force F, has a magnitude of 30.0…

A:

Q: Forces with magnitudes of 250 pounds and 130 pounds act on an object at angles 45° and −60°,…

A: In the Question the two forces of magnitude 250 pounds and 130 pounds are acting on an object at…

Q: Three forces are applied to an object, as shown in the figure. Force F, has a magnitude of 23.0…

A:

Newton's First Law of Motion

If a very smooth ball is rolled down an inclined surface with zero friction, the ball will continue to roll indefinitely for an infinite time, in an attempt to reach to the same height on the opposite hill!