Mark the correct option to complete the sentence. ‘Why aren’t you going to London with your parents?’

‘If only I ____________ enough time, I’d certainly go with them’.

Choose the correct alternative.

That cargo ship ______________ the harbour.

Mark the correct option to complete the sentence.

‘Her new beach house isn’t _______________ finished’.

‘Diplomatics, from ______ Greek diploma (folded), is ____ study of legal and administrative documents of all kinds. Most attention has been paid to ______ public documents of monarchs, emperors, and popes, which are usually classified separately from_____ many varieties of private documents that exist.’ (CRYSTAL, David (2010). The Cambridge Encyclopedia of Language. Cambridge University Press).

The blanks of this excerpt can be adequately filled by:

‘Navigation , derived ________ the Latin words “navis” (meaning “ship”) and “agere” (meaning “to drive”) is the process of accurately determining the position and controlling of a craft or vehicle _________ a desired course. This is accomplished ______ finding the navigator’s position compared ________ known locations or patterns (…)’. (MarineLink.com – Maritime Reporter and MarineNews magazines online)

The blanks of this excerpt can be adequately filled by:

All the following statements are grammatically correct EXCEPT:

There are two options for the sentences below, choose the ONLY one that both options are possible.

In which sentence below can you leave out the relative pronoun?

Choose the option that completes the text below:

I had a really funny evening yesterday, Mary. I got talking to this boy in the pub, very nice-looking he was, and I could see he _________ me. He said he _________ anybody like me before, and he felt I _________ a very unusual kind of beauty. Oh, yes? I said. Then he asked me if I _________ a lift home, so I said no, I _________ hungry, so we went out for a curry.

Which statement CAN NOT be inferred from the text?

The prefix un as in ‘unclear’ (line 17) is used correctly in all alternatives EXCEPT:

In : ‘(…) around 14 people were in the glasstopped tower when it was hit by the ship’s stern as it ploughed into the dock(...).’ (lines 7-9), the underlined two-word phrase is closest in meaning to:

In: ‘An elite team of Royal Marines stormed the fishing vessel on Friday (…)’ (lines 1-2), the underlined word could be replaced by:

According to TEXT 1, it is correct to say that:

Uma fonte sonora pontual que está presa ao solo(plano horizontal), emite uma energia, ao longo de um dia, igual a 768π kWh (quilowatt-hora). Supondo a potência emitida constante no tempo e a propagação uniforme, a intensidade sonora, em mW/m² (miliwatts por metro-quadrado), num ponto distante 200 metros acima da fonte, é

Uma bola é lançada obliquamente e, quando atinge a altura de 10 m do solo, seu vetor velocidade faz um ângulo de 60° com a horizontal e possui uma componente vertical de módulo 5,0 m/s .

Desprezando a resistência do ar, a altura máxima alcançada pela bola, e o raio de curvatura nesse mesmo ponto (ponto B), em metros, são, respectivamente,

Suponha dois pequenos satélites, S₁ e S₂, girando em torno do equador terrestre em órbitas circulares distintas, tal que a razão entre os respectivos raios orbitais, r₁ e r₂, seja r₂/ r₁ = 4 . A razão T₂/ T₁ entre os períodos orbitais dos dois satélites é 

A bola A ( m_A = 4,0 kg ) se move em uma superfície plana e horizontal com velocidade de módulo 3,0 m/s , estando as bolas B (m_B = 3,0 kg ) e C(m_C = 1,0 kg ) inicialmente em repouso. Após colidir com a bola B, a bola A sofre um desvio de 30º em sua trajetória, prosseguindo com velocidade , conforme figura abaixo. Já a bola B sofre nova colisão, agora frontal, com a bola C, ambas prosseguindo juntas com velocidade de módulo v.

Considerando a superfície sem atrito, a velocidade v,em m/s, vale

Na máquina de Atwood representada na figura M₁ = 2,0 kg e M₂ = 3,0 kg . Assumindo que o fio é inextensível e tem massa desprezível, assim como a polia, a tração no fio, em newtons, é

Dado: g=10 m/s² . 

                                 

Um recipiente cilíndrico fechado contém 60,0 litros de oxigênio hospitalar (O₂) a uma pressão de 100 atm e temperatura de 300 K. Considerando o O₂ um gás ideal, o número de mols de O₂ presentes no cilindro é

Dado: constante gás ideal