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Picture 1 : prompt Picture 2: figure Picture 3: questions The horizontal turntable shown rotates at...
Picture 1 : prompt
Picture 2: figure
Picture 3: questions
The horizontal turntable shown rotates at a constant speed. As viewed from above, a coin on the turntable moves counterclockwise in a circle as shown. View from Above DC Luma un slant. What force is causing this coin to change direction? Draw a free body diagram of the coin. If the turntable is spinning at one revolution every 5 seconds, and the coin is 20 centimeters from the center, and...
Scenario: The above picture illustrates a whiplash injury. As shown in the abuse picture, the impact...
Scenario: The above picture illustrates a whiplash injury. As shown in the abuse picture, the impact causes John's neck to be forced into hyperextension. As John's head is forced into hyperextension. what type of force is being exerted on his anterior neck musculature (scalene and sternocleidomastoid)? Tensile Compressive Shear Torsion None of the above What type of contraction are John's anterior neck muscles performing to help slow. down the forced neck hyperextension? Isometric Concentric Eccentric Isokinetic The ultimate tensile strength...
Please solve for the problem shown in the picture. 33. The solid wheel, shown in Figure...
Please solve for the problem shown in the picture.
33. The solid wheel, shown in Figure 15, has a mass of 5.2 kg and a diameter of 0.55 m. It is at rest, and you need it to rotate at 12 rev/s in 35 s. a. What torque do you need to apply to the wheel? b. If a nylon strap is wrapped around the outside of the wheel, how much force do you need to exert on the strap?...
the class data is shown in the picture. there are 3 people's dna and there are...
the class data is shown in the picture. there are 3 people's
dna and there are 3 lanes that represent 3 people's data
13 points) Examine the data and account for any differences in the lengths of the PCR amplified mtDNA regions. Is there evidence for DNA polymorphisms between different is in the class? Explain and use specific numerical data from the class data to support your response. WARNING: LET RADIATION WHICH CAN CAUS PORE OPERATING OR PER PERSONNEL IN...
The Helium balloon shown in the picture can be modeled as a sphere and as a...
The Helium balloon shown in the picture can be modeled as a sphere and as a result has a volume of 523.6 [m3]. The total mass of all the people in the balloon is 240 [kg]. If the density of Helium is 1/7 of the density of air and the density of air is about 1.2 [kg/m3], the acceleration of the balloon with the people in the basket is most nearly: Tip: Use Newton's second law. Ignore the weight of...
Decipher what the unknown compound is by looking at its IR (1st picture), CNMR (2nd picture)...
Decipher what the unknown compound is by looking at its IR (1st
picture), CNMR (2nd picture) and HNMR (3rd picture)
6o 8o Τ Τ 2o Τ Τ Τ Υ 90 aouequosqe So το εο 7ο Το " 40ο 38ο 360o 34oo 3200 2000 2000 2000 24002260 2060' 1εοο1εοο' 1400' 1200 10oo abo 'εδο 400 cm-1 6o 1 2 8o 1o 9o intensity s0 το εο 7ο Το 165 166 165 16o 15.5 146 152.5 140 141.5 146 142.5 140 13.5...
A rock is moving around a circle as in the picture below. The rock is shown...
A rock is moving around a circle as in the picture below. The rock is shown at an arbitrary time. Locations a, b, c, and d around the circle are reference locations. The coordinate system shown is positive up for the movement of the shadow. The radius of the circle is 8.7 m. The time for the rock to make one revolution is 5.7 sec. Find the value of the angular velocity (in rad/s). Give only the number in the...
Determine the deformation on A. The diameters of each segment are shown on the picture. Consider...
Determine the deformation on A. The diameters of each segment
are shown on the picture. Consider E = 200 GPa.
50 mm 15 kN 20 kN 30 mm 20 mm 12 kN 0,5 m 0,3 m 0.4 m
Two forces, F⃗1 and F⃗2, act at a point, as shown in the picture.
Two forces, F⃗1 and F⃗2, act at a point, as shown in the
picture. (Figure 1) F⃗1 has a magnitude of 8.80 N and is directed
at an angle of α = 62.0 ∘ above the negative x axis in the second
quadrant. F⃗2 has a magnitude of 7.00 N and is directed at an
angle of β = 52.3 ∘ below the negative x axis in the third
quadrant. Part A What is the x component Fx of the resultant force? Part...
Note 1: The currents in the picture may or may not be shown in the correct...
Note 1: The currents in the picture may or may not be
shown in the correct direction. The actual direction depends on the
values used in the problem. If you get a negative value, please
enter it. This means that the current is actually traveling in the
other direction.
Note 2 : You may solve for the currents in any order. I
solved for I2 first.
Note 3: There are no penultimates for incorrect answers
on this whole problem.
Using...
Picture 1 : prompt
Picture 2: figure
Picture 3: questions
The horizontal turntable shown rotates at a constant speed. As viewed from above, a coin on the turntable moves counterclockwise in a circle as shown. View from Above DC Luma un slant. What force is causing this coin to change direction? Draw a free body diagram of the coin. If the turntable is spinning at one revolution every 5 seconds, and the coin is 20 centimeters from the center, and...
Scenario: The above picture illustrates a whiplash injury. As shown in the abuse picture, the impact causes John's neck to be forced into hyperextension. As John's head is forced into hyperextension. what type of force is being exerted on his anterior neck musculature (scalene and sternocleidomastoid)? Tensile Compressive Shear Torsion None of the above What type of contraction are John's anterior neck muscles performing to help slow. down the forced neck hyperextension? Isometric Concentric Eccentric Isokinetic The ultimate tensile strength...
Please solve for the problem shown in the picture.
33. The solid wheel, shown in Figure 15, has a mass of 5.2 kg and a diameter of 0.55 m. It is at rest, and you need it to rotate at 12 rev/s in 35 s. a. What torque do you need to apply to the wheel? b. If a nylon strap is wrapped around the outside of the wheel, how much force do you need to exert on the strap?...
the class data is shown in the picture. there are 3 people's
dna and there are 3 lanes that represent 3 people's data
13 points) Examine the data and account for any differences in the lengths of the PCR amplified mtDNA regions. Is there evidence for DNA polymorphisms between different is in the class? Explain and use specific numerical data from the class data to support your response. WARNING: LET RADIATION WHICH CAN CAUS PORE OPERATING OR PER PERSONNEL IN...
The Helium balloon shown in the picture can be modeled as a sphere and as a result has a volume of 523.6 [m3]. The total mass of all the people in the balloon is 240 [kg]. If the density of Helium is 1/7 of the density of air and the density of air is about 1.2 [kg/m3], the acceleration of the balloon with the people in the basket is most nearly: Tip: Use Newton's second law. Ignore the weight of...
Decipher what the unknown compound is by looking at its IR (1st
picture), CNMR (2nd picture) and HNMR (3rd picture)
6o 8o Τ Τ 2o Τ Τ Τ Υ 90 aouequosqe So το εο 7ο Το " 40ο 38ο 360o 34oo 3200 2000 2000 2000 24002260 2060' 1εοο1εοο' 1400' 1200 10oo abo 'εδο 400 cm-1 6o 1 2 8o 1o 9o intensity s0 το εο 7ο Το 165 166 165 16o 15.5 146 152.5 140 141.5 146 142.5 140 13.5...
Determine the deformation on A. The diameters of each segment
are shown on the picture. Consider E = 200 GPa.
50 mm 15 kN 20 kN 30 mm 20 mm 12 kN 0,5 m 0,3 m 0.4 m
Note 1: The currents in the picture may or may not be
shown in the correct direction. The actual direction depends on the
values used in the problem. If you get a negative value, please
enter it. This means that the current is actually traveling in the
other direction.
Note 2 : You may solve for the currents in any order. I
solved for I2 first.
Note 3: There are no penultimates for incorrect answers
on this whole problem.
Using...
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