Your car has a flat tire. You do not have road service. You must change the tire
ID: 1492481 • Letter: Y
Question
Your car has a flat tire. You do not have road service. You must change the tire yourself. The lug nuts are very tight. You cannot loosen any of them with your hands on the lug wrench. There are two ways you can increase the torque on the lug nut to free it without calling road service. They are: pouring water on the lug nuts applying more force to the lug wrench by using a foot making the moment arm of the lug wrench longer by slipping a pipe over it a & c b & c all of the above A student or client is trying to do a forward roll. You want him or her to complete the movement by getting on his or her feet. You tell the individual to stay in a tight ball. Why? It seems like a good thing to say. Tucking tightly decreases the moment of inertia increasing the angular velocity. Tucking tightly increases the moment of inertia increasing the angular velocity. Tucking tightly decreases the moment of inertia decreasing the angular velocity. Starting from the anatomical position, this movement occurs when the medial side of the sole of the foot is lifted. plantar flexion d. dorsal flexion elevation emersion inversion From the anatomical position, what action(s) can occur at the elbow in the sagittal plane on the transverse axis? abduction flexion b, c. d hyperextension extension What drag force is reduced by putting dimples on a golf ball? form drag slice drag surface drag hook drag center drag The concept that explains how a spinning baseball changes directions Is called the Sale effect radius of gyration Pedro's theory the Magnus effect angular impulseExplanation / Answer
Solution.
Case 21.
Dear student you´ll increase the effect of your force by exerting it by your foot on the lug wrench and by making the moment arm of the lug wrench longer by slipping a pipe over it. So I suggest you to pick up OPTION E.
Case 22.
In this case we´ll have that if the person stays as a thight ball it would increase its moment of inertia and angular velocity. Therefore I suggest you yo choose OPTION C.
Case 23.
It is plantar flexion because this is the movement which increases the approximate 90 ° angle between the front part of the foot and shin, like when you climb a ladder.
Case 24.
I recommend you to choose OPTION E because the movements of flexion extension and hyperextension of elbow are performed in the sagittal plane around to a transverse axis.
Case 25.
In case of golf ball the main drag force involved is the surface drag. Therefore I would choose OPTION B
Case 26.
OPTION C angular impulse.
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