Answer:
Heat Energy
Explanation:
When energy is transformed from one form to another, or moved from one place to another, or from one system to another there is energy loss. This means that when energy is converted to a different form, some of the input energy is turned into a highly disordered form of energy, like heat.
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People have manipulated the genome of horses and ponies in the lab to produce the breeds we know today
Missing choices:
A) entry
B) assembly
C) entry and release
D) synthesis
E) attachment
My answer: C) entry and release
Lysozyme is important for ENTRY AND RELEASE stages of lytic replication in bacteriophage t4.
Answer:
t = ln (N/N°)/(-0.0239)
Explanation :
The decay law is represented as
N = N°e^-kt
Where N is the final number of atom,
N° is the initial number of atoms
k is the decay constant
t is the half-life.
From the above we have,
N/N° = e^-kt
take ln of both sides
ln (N/N°) = -kt
t = ln(N/N°)/-k
At half life, N/N° = 1/2
Therefore, t = (ln 1/2)/-k
t = -0.693/-k
But t = 29 sec
29 = -0.693/-k
k = 0.0239 s^-1
Therefore,
The formula will be
t = ln (N/N°)/(-0.0239)
<span>Trees with broad leaves are commonly known as Hardwoods. They belong in the botanical group of trees known as angiosperms. Angiosperms produce fruits or cones containing seeds within them. Oak trees, magnolia trees and maple trees are examples of broad leafed hardwood trees.</span>
