No, the length of a muscle does not determine its strength. Muscle strength is determined by factors such as muscle fiber size, muscle fiber type, and training.
Do you mean "contract". Well, when muscles contract they get shorter and fatter. When they relax they get longer and thinner.
muscles become longer, but thinner
Everything else being equal, a shorter bridge is stronger: it will weigh less, and therefore will not have to support so much of its own weight.
The diaphragm and intercostal muscles tighten and contract during inhalation, causing the rib cage to lift and expand, resulting in a shorter length. During exhalation, these muscles relax, allowing the rib cage to lower and return to its longer length.
No, muscles only do work when contracting. Thus muscles come in opposing sets that pull in opposite directions.
Shorter straws are generally stronger than longer ones due to their reduced length, which minimizes the risk of bending or collapsing under pressure. The structural integrity of a straw is influenced by its height; shorter straws have less leverage against external forces. However, the material and design also play significant roles in determining overall strength.
Yes. They are naturally stronger than shorter people, unless they are anorexic. On average, tall people are stronger because longer limbs generate more leverage and have a greater range of motion.
When you build cardiovascular endurance you increase the ability of your body to absorb oxygen and carry it to the muscles which gives them the ability to perform longer and stronger.
Leg muscles tend to be longer and less dense or compact than abdominal muscles. Leg muscles are also, of course, found on your legs. Abdominal muscles are shorter and more compact than leg muscles and are found on your torso, below the breasts down to the groin.
Because if the shorter leg was shorter than the longer leg was long, then the longer leg wouldn't be longer than the shorter leg is short. The short leg would be the longer one rather than the long one being the short one.
It's probably referring to muscles. Muscles do work when they get shorter. Muscles can't "get longer"; instead what happens is that another muscle pulls in the opposite direction and the first just sits there and gets stretched.
Its longer cuz the longer the flatter the incline plane, and on flatter planes, the object presses more than on the shorter ( steeper ones)