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Q: What is the section of the spine that flexes with greatest degree and least resistance?
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The section of the spine that flexes with the greatest degree and least resistance is the?

lower lumbar


What section of the spine flexes with the greatest degree and least resistance?

lower lumbar


What is the section of the spine that flexes with the greatest degree and least resistance?

lower lumbar


The section of the spine that flexes with the greatest degree and least resistance?

lower lumbar


The section of the spine that flexes with the greatest degree and least resistance is?

lower lumbar


What muscle will flex the hand?

There are several muscles involved in flexing the hand. - Palmaris longus (flexes hand) - Flexor carpi radialis (flexes and abducts hand) - Flexor carpi ulnaris (flexes and adducts hand) - Flexor digitorum superficialis (flexes proximal and middle phalanges, flexes hand) - Flexor digitorum profundus (flexes phalanges and hand) - Flexor pollicis longus (flexes thumb and hand) - Flexor pollicis brevis (flexes thumb) There are also a few more I did not include that flex specific digits of the hand


What is the Joint of the gastrocnemius?

It plantar flexes the foot at the ankle and flexes the leg at the knee.


What is the gastronemius muscle?

The gastronemius muscle is one of the calf muscles and it plantar flexes the foot or flexes the knee.


Why does your bmx make a 'ting' sound when you land a jump?

At the point where your wheel hits the ground, the rim flexes a little bit. The spokes that support this section of the rim also flexes, and then snaps back as soon as this spot of the rim rotates past this point. This creates a 'ping" sound as the spokes pop up against each other where they cross.


Why a bicycle comes to a halt soon after one stops pedaling?

Three things work to slow down a bicycle: wind resistance, rolling resistance, and tire resistance. As you ride along the air behind your back creates a vacuum. That slows both you and the bicycle. Each time the bicycle hits any type of bump, it provides resistance against a tire. That increases rolling resistance. The bicycle rides on the bottom of the tire. It is flat against the ground. To stay that way, the tire flexes. The energy used as the tire flexes slows down the bicycle.Because of losses. The tires steal some energy as they squish under the rider, the bearings drag a little as well, there's wind resistance too. As soon as you stop pedalling there's no longer any force countering these losses and you'll coast to a stop,


What is a purpose of a joint?

its a joint that flexes


What are the actions of the soleus?

Plantar flexes the foot. (: