At age 17, Franklin ran away to Philadelphia, Pennsylvania, seeking a new start in a new city. When he first arrived, he worked in several printer shops around town, but he was not satisfied by the immediate prospects. After a few months, while working in a printing house, Franklin was convinced by Pennsylvania Governor Sir William Keith to go to London, ostensibly to acquire the equipment necessary for establishing another newspaper in Philadelphia. Finding Keith's promises of backing a newspaper empty, Franklin worked as a typesetter in a printer's shop in what is now the Church of St Bartholomew-the-Great in the Smithfield area of London. Following this, he returned to Philadelphia in 1726 with the help of Thomas Denham, a merchant who employed Franklin as clerk, shopkeeper, and bookkeeper in his business.<span>[14]</span>
<span>B. National Association for the Advancement of Colored People ~~ this is not the answer, I got it wrong the first time~~</span>
Answer:
To ensure that the progress evaluation will be complete, the AT needs to go through history, observation, palpation, and special testing. The patient should be asked pertinent questions, such as, " What types of exercises have you done for the past 3 months?" and "What type of pain, if any, ar you still experiencing?" Obersation of the symmetry to the other knee and palpation of the injured structures should be done. Range of motion, muscle strength, joint stability, and neuromuscular control should also be assessed.
<span>is caused by habitat destruction
can be caused by invasive species
happens when all the organisms in a species have died out
happens because a species is unable to survive or reproduce in its environment</span>
<span>The poison distribution can be used to approximate the binomial distribution when the sample size n is large. This is then calculated using the formula
P(X) = e^-(np) *(np)^x
substituting X= 3
P(3)= e^-(430*1.5/100) * (430*1.5/100)^3
P(3)= 0.00158*268.3
P(3) = 0.42
P(3) = 0.0042%
P= probability of X occurring given n and p
n= sample size
p= true probability
e= exponential constant ~2.718
X=number of sample successes</span>
