The welsh/english scientist who independently codiscovered the theory of natural selection was alfred russell wallace.
<h3>
Who is Alfred Russell Wallace?</h3>
The theory of evolution by natural selection was independently developed by Alfred Russel Wallace OM FRS, a British naturalist, explorer, geographer, anthropologist, biologist, and illustrator who lived from 8 January 1823 to 7 November 1913. His paper on the topic was published in 1858[3] together with other of Charles Darwin's publications, which eventually inspired Darwin to write On the Origin of Species.
Wallace conducted significant field research, beginning in the Amazon River basin. The Indonesian archipelago is divided into two distinct parts: a western portion where the animals are primarily of Asian origin, and an eastern portion where the fauna reflects Australasia. He would then conduct fieldwork in the Malay Archipelago, where he discovered the faunal divide now known as the Wallace Line.
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ANSWER: Yes the president nominates someone for a vacancy on the grout and the senate votes to confirm the person(nominee)
Answer:
most interesting of Boston was all about military assistance.
Explanation:
Heavy military presence at the time, a result of the Townshend Act of 1767 which imposed taxes to help cover the cost of Britain's Military Assistance.
The difference between the highest and lowest frequencies in a band or collection of frequencies is known as the bandwidth. The bandwidth in a standard North American telephone circuit is 64 Kbps. The amplitude or height of the wave is altered by amplitude modulation.
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What do you mean by Telephone Circuits?</h3>
The standard line found in telephone circuits is this one. The frequency response of such a line resembles that of a low-pass RC filter. The telephone line loss and consequently the low-pass filter action increase in frequency as a result of the wires' increasing resistance, which causes an increase in I2R wire losses. 14 The frequency response of a 1 km-long, twisted line is reduced by 9 dB at 1 MHz and keeps going down for higher frequencies, Let's suppose that a straightforward, 1 km-long transmission system is required. A pair of 1 km long twisted copper wires may transmit data with a loss of less than 9 dB.
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