This is quite simple. Using stoichiometry to keep track of units, simply take the number of amino acids in the particular alpha helix and multiply by 15 angstroms. This is the length the alpha helix is advanced along the length axis by each additional A.A. For a beta helix it become more difficult however and you must know how many sheets you are taking into account.
In alpha decay, the isotope's atomic number decreases by 2 and its mass number decreases by 4, since it loses an alpha particle (2 protons and 2 neutrons). In beta decay, the atomic number increases by 1 and the mass number remains the same, as a neutron in the nucleus is transformed into a proton and an electron (beta particle) is emitted.
"The Race for the Double Helix" is a TV movie that is available on various streaming platforms such as Amazon Prime Video, YouTube, and Google Play. You may also find it on DVD or Blu-ray for purchase.
Pancreatic cells have varying life spans depending on the type of cells. Alpha cells have a life span of about 10-15 days, beta cells around 60-150 days, and delta cells about 18-20 days.
to find the new focal length when the lens is put into water it becomes the 4 times the focal length in air.
I have no idea but maybe a meteor? also, sub to my channel ALPHA KRAFT make sure to pick the first one or search in google (search ALPHA KRAFT youtube to find me)
That's what an atom emits when it decays.
Trig. Use law of cosines in degree mode. First find alpha; the angle opposite a a^2 = b^2 + c^2 - 2bc*cos(alpha) 24^2 = 36^2 + 19^2 - 2(36)(19)cos(alpha) 576 = 1657 - 1368cos(alpha) subtract 1657 from both sides( order of operations ) -1088 = -1368cos(alpha) 0.7902046784 = cos(alpha) arccos(0.7902046784) = alpha 38 degrees = alpha ( angle opposite side a ) find beta; angle opposite side b b^2 = a^2 + c^2 - 2ac*cos(beta) 1296 = 937 - 912cos(beta) 359 = -912cos(beta) -0.3936403509 = cos(beta) arcos(-0.3936403509 = beta 113 degrees = beta ( angle opposite of b ) easy thing to get last angle 180 degrees - 38 degrees - 113 degrees = 29 degrees; which is gamma; angle opposite c alpha( angle opposite a side = 38 degrees beta( angle opposite b side ) = 113 degrees gamma(angle opposite c side) = 29 degrees
Yes. If c is the length of the hypotenuse, and alpha is the angle between the hypotenuse and the base. If we say a is the length of the side opposite angle alpha and b is the length of the adjacent side, then the lengths a and b are as follows: a=h*sin(alpha) b=h*cos(alpha)
Why approximate? I will show you what you should know being in the trig section. Law of cosines. Degree mode!! a = 4 (angle opposite = alpha) b = 5 ( angle opposite = beta) c = 8 ( angle opposite = gamma ) a^2 = b^2 + c^2 - 2bc cos(alpha) 4^2 = 5^2 + 8^2 - 2(5)(8) cos(alpha) 16 = 89 - 80 cos(alpha) -73 = -80 cos(alpha) 0.9125 = cos(alpha) arcos(0.9125) = alpha alpha = 24.15 degrees ------------------------------ b^2 = a^2 + c^2 - 2bc cos(beta) 5^2 = 4^2 + 8^2 - 2(4)(8) cos(beta) 25 = 80 - 64 cos(beta) -55 = -64 cos(beta) 0.859375 = cos(beta) arcos(0.859375) = beta beta = 30.75 degrees --------------------------------- Now to find gamma, subtract from 180 degrees 180 - 24.15 - 30.75 = 125.1 degrees alpha = 24.15 degrees ( subject to rounding, but all add to 180 degrees ) beta = 30.75 degrees gamma = 125.1 degrees now you see the smallest, the angle opposite the a side, which is 4 ( be in degree mode!!)
The formula for carotene can be found on Wikipedia, which lists it as C40Hx and mentions the different kinds of carotene in existence, mainly alpha and beta.
Pointer stars are stars which are used to find an area of the sky. For example, you might be looking for a dim galaxy or small star. You can use two bright stars on a map, find those in the sky, and then find the approximate position of what you are trying to look at by using the location and spacing of the more obvious pointer stars.
a^2=b^2+c^2-2bc+cos(alpha) to find the length of minor arc.
One could find information on the double helix in science books, more specifically biology. The term double helix is in reference to the DNA molecules one has.
if u want to no how to find a helix fossil it it is around the right part of cave
The helix fossile is not in the Metalle Serie, I'm afraid.
ebay.
alpha + beta = -1alpha2 + beta2 = -1