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Does improving muscular strength and endurance slow bone density loss?
Wiki User
∙ 6y ago
It should. The bones are stimulated more and would try to add more bone as a defense.
Wiki User
∙ 6y ago
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Does Muscular endurance decreases muscular strength bone density muscle size and muscle density?
false
Muscular endurance decreases muscular strength bone density muscle size and muscle density?
False
True or False muscular endurance decreases muscular strength bone density muscle size and muscle density?
False it increases them!!!!
Is capillary density greater in power lifters or endurance athletes?
There's a greater capillary density in endurance athletes, due to the angiogenesis that occurs.Source: BIPN 108: Exercise Physiology, UCSD
Does Cardiovascular endurance exercise increase levels of low-density lipoproteins?
No
Relationship between flux density and field strength?
In simple terms, if flux density increases, then field strength increases and vice versa. The flux density is equivalent to field strength times with a variable.
What happens to your spine when you enter space?
The weightless environment of space results in a loss of muscular strength, volume and bone density. This leads to reduced spinal cord excitability, meaning a loss of locomotor function in the legs.
Why the tensile strength lower for LDPE than for HDPE?
HDPE has higher density therefore it has greater tensile strength
What is muscular density?
Density is defined as mass/volume. So instead of the weight of muscle. ie pounds of muscle... it is how many grams of muscle you have per milli litre.
Does plastic of different colour change the strength of the plastic?
No it does'nt a matter, strength of plastic depends upon its density and thickness
What are materials with very low density and relatively great strength?
if you use the word relative, it could range from a plank of wood to some sheet metal. Today we have more technology to add metals to metals by alloying. for example we need low density meterial with high strength. consider the Al metal. it is of low density, to add strength to it we add some other alloying elements like Ni,Cr etc... so as per our requrements we prepare our alloys of low density realeative to high strength.
What determines the strength of the bouyant force?
Density and weight d = m/v
