Answer:
v = 0.999981c m/s
Explanation:
Using the time dilation equation

T = stationary time = 100 years
T₀ = 11/12 years = 0.917 years
v = speed of travel in the space = ?
c = speed of light = 3 * 10⁸ m/s


v = 299987395.57 m/s
v = 2.99 * 10⁸ m/s
v = 0.999981c m/s
Answer:

Explanation:
Notation
represent the tensile strength for the Kevlar 49 fibers
represent the tensile strength for the epoxy resin
79% by volume is made of Kevlar 49 fibers
The rest 100-79=21% is made of epoxy resin
Tensile strength is a "measurement of the force required to pull something such as rope, wire, or a structural beam to the point where it breaks". Can be defined as "the maximum amount of tensile stress that it can take before failure".
For this case we need to use a basis of calculus since we don't know the total volume but we can assume a reference value on order to make the calculations.
If we assume a total volume of
we can do the follwoing balance:

We can replace the values given:


So then the strength of the composite material is : 
Answer:
yo they deleted my answer. The answer is 0N
Explanation:
so when two forces pull on an object from opposite sides with the same force (in this case its 20N), then the object is in equilibrium at 0N.
So its clear that there is one person on the the opposite side.
SOOO generally<u>: (left or down) would be considered </u><u>negative</u><u> in an equation. And the other person (right or up) would be considered </u><u>positive</u><u>.</u> So if both forces are the same numbers on opposite sides then the answer is 0 (if you add both of them).
<em>0 is the number of equilibrium.</em>
OK, so the equation would be -20N + 20N and then badda bing badda boom viola, the answer: 0N
thanks for coming to my TED talk. I hope they don't delete this answer.
Yes, they are also known as white rainbows or lunar rainbows.
The heat energy which has to be supplied to change the state of a substance is called its latent heat. Latent heat does not increase the kinetic energy of the particles of the substance, so the temperature of a substance does not rise during the change of state. :))