Whale

harpoons of the hunting vessels. Between July and September of each year, a great variety of cetaceans migrated from the south pole to the northeastern seas, in search of higher temperatures, to procreate. During three decades, in Paraiba’s coast, whale capturing was promoted in large scale by the COPESBRA (Brazilian North Fishing Company), being comparable to an authentic genocide. Despite the hunting prohibitions by the * Promotor de Justiça no Estado de São Paulo. ** Bacharel em…

defeito, funcionando mal; desordenado, desarranjado The motor has been out of whack and we haven't been able to find the trouble yet. 4 ... the chronological order [was] olí out of whack. -AK,35. WHALE a whale of a [col] coisa de bom tamanho, algo excepcionalmente grande, ótimo etc. ... they were having a whale of agoodtime... -HJC,356. WHAT what about -> HOW about what if e se? What if he finds out what you've done? what is (someone/something) like? como é alguém/algo?, qual é sua…

happened that the market value of the assets was US$250 million, then a wealthy investor could buy the entire company for US$200 million and sell off the assets at their market value of US$250 million, making a profit of US$50 million. This would be a whale of a free lunch. The same idea lies at the heart of an important concept in finance: in a perfect world, the relative amounts of stock and bonds that a firm uses do not affect the market value of the firm. It is conventional to…

TABLE animals ( id MEDIUMINT NOT NULL AUTO_INCREMENT, name CHAR(30) NOT NULL, PRIMARY KEY (id) ); INSERT INTO animals (name) VALUES ("dog"),("cat"),("penguin"), ("lax"),("whale"),("ostrich"); SELECT * FROM animals; Que retorna: +----+---------+ | id | name | +----+---------+ | 1 | dog | | 2 | cat | | 3 | penguin | | 4 | lax | | 5 | whale | | 6 | ostrich | +----+---------+ Vocˆe pode recuperar o valor AUTO_INCREMENT mais recente com a fun¸c˜ ao SQL LAST_INSERT_ ID() ou a fun¸c˜ao da API C…

radiated waves is fS = 22,000 Hz. The moving whale first plays the role of a moving listener, receiving waves with frequency f L′. The whale then acts as a moving source, emitting waves with the same frequency, fS′ = f L′ with which they are received. Let the speed of the whale be vW . SET UP: whale receives waves (Figure 16.75a) EXECUTE: vL = + vW ⎛ v + vL ⎞ ⎛ v + vW ⎞ f L′ = fS ⎜ ⎟ = fS ⎜ ⎟ v + vS ⎠ ⎝ v ⎠ ⎝ Figure 16.75a SET UP: whale re-emits the waves (Figure 16.75b) EXECUTE:

radiated waves is fS = 22,000 Hz. The moving whale first plays the role of a moving listener, receiving waves with frequency f L′. The whale then acts as a moving source, emitting waves with the same frequency, fS′ = f L′ with which they are received. Let the speed of the whale be vW . SET UP: whale receives waves (Figure 16.75a) EXECUTE: vL = + vW ⎛ v + vL ⎞ ⎛ v + vW ⎞ f L′ = fS ⎜ ⎟ = fS ⎜ ⎟ v + vS ⎠ ⎝ v ⎠ ⎝ Figure 16.75a SET UP: whale re-emits the waves (Figure 16.75b) EXECUTE:

radiated waves is fS = 22,000 Hz. The moving whale first plays the role of a moving listener, receiving waves with frequency f L′. The whale then acts as a moving source, emitting waves with the same frequency, fS′ = f L′ with which they are received. Let the speed of the whale be vW . SET UP: whale receives waves (Figure 16.75a) EXECUTE: vL = + vW ⎛ v + vL ⎞ ⎛ v + vW ⎞ f L′ = fS ⎜ ⎟ = fS ⎜ ⎟ v + vS ⎠ ⎝ v ⎠ ⎝ Figure 16.75a SET UP: whale re-emits the waves (Figure 16.75b) EXECUTE:

radiated waves is fS = 22,000 Hz. The moving whale first plays the role of a moving listener, receiving waves with frequency f L′. The whale then acts as a moving source, emitting waves with the same frequency, fS′ = f L′ with which they are received. Let the speed of the whale be vW . SET UP: whale receives waves (Figure 16.75a) EXECUTE: vL = + vW ⎛ v + vL ⎞ ⎛ v + vW ⎞ f L′ = fS ⎜ ⎟ = fS ⎜ ⎟ v + vS ⎠ ⎝ v ⎠ ⎝ Figure 16.75a SET UP: whale re-emits the waves (Figure 16.75b) EXECUTE:

radiated waves is fS = 22,000 Hz. The moving whale first plays the role of a moving listener, receiving waves with frequency f L′. The whale then acts as a moving source, emitting waves with the same frequency, fS′ = f L′ with which they are received. Let the speed of the whale be vW . SET UP: whale receives waves (Figure 16.75a) EXECUTE: vL = + vW ⎛ v + vL ⎞ ⎛ v + vW ⎞ f L′ = fS ⎜ ⎟ = fS ⎜ ⎟ v + vS ⎠ ⎝ v ⎠ ⎝ Figure 16.75a SET UP: whale re-emits the waves (Figure 16.75b) EXECUTE:

radiated waves is fS = 22,000 Hz. The moving whale first plays the role of a moving listener, receiving waves with frequency f L′. The whale then acts as a moving source, emitting waves with the same frequency, fS′ = f L′ with which they are received. Let the speed of the whale be vW . SET UP: whale receives waves (Figure 16.75a) EXECUTE: vL = + vW ⎛ v + vL ⎞ ⎛ v + vW ⎞ f L′ = fS ⎜ ⎟ = fS ⎜ ⎟ v + vS ⎠ ⎝ v ⎠ ⎝ Figure 16.75a SET UP: whale re-emits the waves (Figure 16.75b) EXECUTE: