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7.4.31 Question Help Force X has a magnitude of 1230 pounds, and Force Y has a...
Force X has a magnitude of 1230 pounds, and Force Y has a magnitude of 1450...
Force X has a magnitude of 1230 pounds, and Force Y has a magnitude of 1450 pounds. They act on a single point at an angle of 30° to each other. Find the magnitude of the equilibrant and the angle between the equilibrant and the 1230-pound force. What is the magnitude of the equilibrant? (pounds (Round to the nearest tenth.) What is the angle between the equilibrant and force X? (Round to the nearest tenth.)
1)2)please answer them both please pleaseeee This is my last question and i beg of you...
1)2)please answer them both please
pleaseeee This is my last question and i beg of you please help me
i really appreciate it!! thanks so much
%) 8.4.11 Que Find the magnitude and positive direction angle of the vector (313,-3). The magnitude of the vector is 6. (Simplify your answer.) The direction angle is º. (Simplify your answer. Use angle measures greater than or equal to 0 and less than 360.) Force X has a magnitude of 1230 pounds, and...
Force X has a magnitude of 3 pounds, and Force Y has a magnitude of 10...
Force X has a magnitude of 3 pounds, and Force Y has a magnitude of 10 pounds. They act on a single point at an angle of 60° to each other. Answer the following questions. Treat Force X as a horizontal force with Force Y acting above it and pointing into Quad I What is the magnitude of the resulting force? pounds (Do not round until the final answer. Then round to one decimal place as needed.) What is the...
Click here to watch the video The magnitude and direction of two forces acting on an object are 120 pounds, S53°E, and 110 pounds, N55°E, respectively. Find the magnitude, to the nearest hundredth...
Click here to watch the video The magnitude and direction of two forces acting on an object are 120 pounds, S53°E, and 110 pounds, N55°E, respectively. Find the magnitude, to the nearest hundredth of a pound, and the direction angle, to the nearest tenth of a degree, of the resultant force The magnitude is approximatelypounds (Do not round until the final answer. Then round to the nearest hundredth as needed.)
Click here to watch the video The magnitude and direction...
The magnitude and direction of two forces acting on an object are 80 pounds. S50 degrees...
The magnitude and direction of two forces acting on an object
are 80 pounds. S50 degrees E, and 110 pounds, N76 degrees
E,respectively. Find the magnitude, to the nearest hundredth of a
pound
The magnitude and direction of two forces acting on an object are 80 pounds, 550°E, and 110 pounds, N76°E, respectively the nearest tenth of a degree of the resultant force. The magnitude is approximately 169.83 pounds (Do not round until the final answer. Then found to the...
Two forces are acting on an object. The first force has magnitude F1=30.3 N and is...
Two forces are acting on an object. The first force has magnitude F1=30.3 N and is pointing at an angle of θ1=22.8 clockwise from the positive y axis. The second force has magnitude F2=23.6 N and is pointing at an angle of θ2=27.8 counterclockwise from the negative x axis. 1. What is the x component of the net force acting on the object? Tries 0/10 2. What is the y component of the net force acting on the object? Tries...
Two forces are acting on an object. The first force has magnitude F1-32.1 N and is...
Two forces are acting on an object. The first force has magnitude F1-32.1 N and is pointing at an angle of θ 1-246 clockwise from the positive y axis. The second force has magnitude F2 44.9 N and is pointing at an angle of θ2-29.6 counterclockwise from the negative x axis What is the x component of the net force acting on the object? Submit Answer Incorrect. Tries 7/10 Previous Tries What is the y component of the net force...
A force of 153 pounds makes an angle of 84°15' with a second force. The resultant...
A force of 153 pounds makes an angle of 84°15' with a second force. The resultant of the two forces makes an angle of 43°9' to the first force. Find the magnitudes of the second force and of the resultant 43° 84°15' 153 lb pounds. The second force has a magnitude of (Round to the nearest integer.) pounds. The resultant force has a magnitude of (Round to the nearest integer.)
1. A vector u has a magnitude of 16 and a direction of 0°. A vector...
1. A vector u has a magnitude of 16 and a direction of 0°. A vector v has a magnitude of 12 and a direction of 80°. Find the direction and magnitude of u v to the nearest whole values. 2. Two forces with magnitudes of 20 pounds and 32 pounds are applied to an object. The magnitude of the resultant force is 22 pounds. Find the measurement of the angle between the resultant vector and the vector with 20...
Two forces, F⃗ 1 and F⃗ 2, act at a point. F⃗ 1 has a magnitude...
Two forces, F⃗ 1 and F⃗ 2, act at a point. F⃗ 1 has a magnitude of 9.80 N and is directed at an angle of 60.0 ∘ above the negative x axis in the second quadrant. F⃗ 2 has a magnitude of 6.00 N and is directed at an angle of 52.1 ∘ below the negative x axis in the third quadrant. What is the x component of the resultant force? What is the y component of the resultant...
Force X has a magnitude of 1230 pounds, and Force Y has a magnitude of 1450 pounds. They act on a single point at an angle of 30° to each other. Find the magnitude of the equilibrant and the angle between the equilibrant and the 1230-pound force. What is the magnitude of the equilibrant? (pounds (Round to the nearest tenth.) What is the angle between the equilibrant and force X? (Round to the nearest tenth.)
1)2)please answer them both please
pleaseeee This is my last question and i beg of you please help me
i really appreciate it!! thanks so much
%) 8.4.11 Que Find the magnitude and positive direction angle of the vector (313,-3). The magnitude of the vector is 6. (Simplify your answer.) The direction angle is º. (Simplify your answer. Use angle measures greater than or equal to 0 and less than 360.) Force X has a magnitude of 1230 pounds, and...
Force X has a magnitude of 3 pounds, and Force Y has a magnitude of 10 pounds. They act on a single point at an angle of 60° to each other. Answer the following questions. Treat Force X as a horizontal force with Force Y acting above it and pointing into Quad I What is the magnitude of the resulting force? pounds (Do not round until the final answer. Then round to one decimal place as needed.) What is the...
Click here to watch the video The magnitude and direction of two forces acting on an object are 120 pounds, S53°E, and 110 pounds, N55°E, respectively. Find the magnitude, to the nearest hundredth of a pound, and the direction angle, to the nearest tenth of a degree, of the resultant force The magnitude is approximatelypounds (Do not round until the final answer. Then round to the nearest hundredth as needed.)
Click here to watch the video The magnitude and direction...
The magnitude and direction of two forces acting on an object
are 80 pounds. S50 degrees E, and 110 pounds, N76 degrees
E,respectively. Find the magnitude, to the nearest hundredth of a
pound
The magnitude and direction of two forces acting on an object are 80 pounds, 550°E, and 110 pounds, N76°E, respectively the nearest tenth of a degree of the resultant force. The magnitude is approximately 169.83 pounds (Do not round until the final answer. Then found to the...
Two forces are acting on an object. The first force has magnitude F1-32.1 N and is pointing at an angle of θ 1-246 clockwise from the positive y axis. The second force has magnitude F2 44.9 N and is pointing at an angle of θ2-29.6 counterclockwise from the negative x axis What is the x component of the net force acting on the object? Submit Answer Incorrect. Tries 7/10 Previous Tries What is the y component of the net force...
A force of 153 pounds makes an angle of 84°15' with a second force. The resultant of the two forces makes an angle of 43°9' to the first force. Find the magnitudes of the second force and of the resultant 43° 84°15' 153 lb pounds. The second force has a magnitude of (Round to the nearest integer.) pounds. The resultant force has a magnitude of (Round to the nearest integer.)
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