A force F, of magnitude 7.20 units acts at the origin in a direction 27.0° above the positive x axis. A second force F, of magnitude 5.00 units acts at the origin in the direction of the positive y axis. Find graphically the magnitude and direction of the resultant force F, + magnitude 10.46 units direction 52.17 ° counterclockwise from the +x axis

Q: The force F with a magnitude of 100ON is reserved into two components along the x and y axes. The…

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Q: force vector has components given by Fx = −7.20 N and Fy = 4.95 N. Find the following. (a) the…

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Q: You have two vectors. One has a magnitude of 3.9 cm and an angle of 57.4 degrees while the other has…

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Q: Forces with magnitudes of v=100 Newtons and u=80 Newtons acted on a hook at the origin. The angle…

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Q: Given the following four force vectors in terms of their magnitude and directions, find the…

A: Given,  Four vectors in terms of their magnitude and direction. F1 = 534.7 N @ 135.4°F2 = 987.6 N @…

Q: A force vector has a horizontal component of 35 kN and a vertical component of 40kN. Express this…

A: Solution Given that Fx = 35 kN Fy = 40 kN

Q: Two electric force vectors act on a particle. Their x-components are 14.5 N and −7.35 N and their…

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Q: y (m) Problem 2: (2 points) Vectors à and C are shown in the figure. Vector Ở is given by ở = Ā – B.…

A: given that C→=A→-B→ we can also rearrange it as :- B→=A→-C→ angle between A and C θ=30+52=820…

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…

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Q: The x- and y-components of a vector are: vx = 2.0 m/s, vy = -6.0 m/s.  Find the magnitude of the…

A: Given: horizontal x component of velocity vx=2.0 m/s. vertical y component of velocity vy=-6.0 m/s.

Q: Consider the two vectors, A = 17.5x + 10.5y B = 3.1x - 3.5y a)What is the magnitude of the vector A…

A: Given,  A= 17.5 x + 10.5 y B= 3.1 x - 3.5 y We need to calculate,  a)What is the magnitude of the…

Q: Given the following three force vectors in terms of their magnitude and directions, find the…

A: Please see the answer below.

Q: Assume the following forces are acting on an object: F₁ = 40N at 165 degrees F2= 45N at 240 degrees…

A: The forces acting on the object are:The free-body diagram is;

Q: Consider two vectors are in the x-y plane. Vector a has a magnitude of 5.0 N and is directed along…

A: In general, a vector is defined as follows. A→=Axi^+Ayj^ Let us calculate the x  and ycomponents of…

Q: Often a vector is specified by a magnitude and a direction; for example, a rope with tension T…

A: Dividing a vector into two or more than two vectors is called resolution and vectors so obtained is…

Q: A force of magnitude 6.20 units acts at the origin in a direction 31.0 degrees above the positive x…

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Q: Vector Á has a magnitude of 12.7 and its direction is 200° counter-clockwise from the +x-axis. What…

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Q: The magnitude of vector A is 22.5 units and points in the direction 335° counterclockwise from the…

A: Given that the magnitude of the given A vector is 22.5units, and the vector is pointed…

Q: A force  F1  of magnitude 5.40 units acts on an object at the origin in a direction θ = 33.0° above…

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Q: The magnitude of a force vector F is 87.5 newtons (N). The x component of this vector is directed…

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Q: Consider the two force vectors D = (2.37 N)i + (-5.01 N)j + (2.89 N)k and F = (3.45 N)i + (2.01 N)j…

A: Given

Q: Before starting this problem, review Conceptual Example 7. The force vector A has a magnitude of…

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Q: Two force vectors are added together. The vectors are as follows. Vector A is a force of 52 Newton’s…

A: →A = 52(cos62i^ +sin62j^)→A = 24.4i^ + 45.9j^ N→B = 120(cos58i^ +sin58j^)→B = 63.6i^ + 101.77j^ N

Q: A solar sailplane is going from Earth to Mars. Its sail is oriented to give a solar radiation force…

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Q: Vector Á has a magnitude of 5.00 units, and vector B has a magnitude of 9.00 units. The two vectors…

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Q: The x-component of vector  R  is  Rx = −27.2  units and its y-component is  Ry = 31.4 units.…

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Q: Find the resultant vector of the following forces using the parallelogram method. F1= 500N 60°…

A: According to the parallelogram law of vector addition:  The resultant vector of two vectors a→ and…

Q: The magnitude of a force vector F is 80.6 newtons (N). The x component of this vector is directed…

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Q: Vector G is 40.3 m long in a -35.0° direction. Vector H is 63.3 m long in a 270° direction. Find the…

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Q: Two electric force vectors act on a particle. Their x-components are 16.0 N and-7.25 N and their…

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Q: Vector A has a magnitude of 10 units and makes an angle of 30 degrees counterclockwise from the…

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Q: The magnitude F (in newtons) of a force F and the magnitude G (in newtons) of a force G satisfy the…

A: According to question we need to find value of A.

Q: Three forces are applied to an object, as shown in the figure. Force F₁ has a magnitude of 23.4…

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Q: A force F, of magnitude 5.10 units acts on an object at the origin in a direction 0 = 50.0° above…

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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: A force F1 of magnitude 6.30 units acts on an object at the origin in a direction θ = 47.0° above…

A: Consider the figure below.

Q: While sliding a couch across a floor, Andrea and Jennifer exert forces and, on the couch. Andrea's…

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Q: The magnitude of a force vector F is 84.4 newtons (N). The x component of this vector is directed…

A: We will first write an expression relating the vector to its components. Then we apply this…

Q: Two vectors are given by a  =  1.5î−4.0ĵ and b  =  −11.9î + 8.1ĵ. What is the magnitude of b? i…

A: Given data: Vector b = -11.9i + 8.1j Required: The magnitude of the vector b and angle between…

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!