The variable s in the Laplace transform I(s) is called:

A .  Char B .  Byte C .  Float D .  Double E .  Object

A . the use of excessive amounts of dunnage B . the use of excessive amounts of filler cargo C . the failure to stow some items in neat and uniform rows and tiers D . the skill，industry and interest of the longshoreme

A . more；more B . more；less C . less；more D . less；le

A . When the helm is at any angle other than amidships B . When the six-way valve is opened C . When the ram relief valves lift D . When the redder angle is different from the position of the helm

A . reset action B . proportional action C . two position action D . rate actio

A .  private B .  no modifier C .  public D .  protected

A . DB2_KEEP_BP   B . DB2_PINNED_BP   C . DB2MEMDISCLAIM   D . DB2MEMMAXFREE

A . PMT B . PS1 C . PRT D . PT1

A . The value of s is 14-dic-2000. B . The value of s is Dec 14， 2000. C . An exception is thrown at runtime. D . Compilation fails because of an error in line 13.

A .  @do  B .  @for  C .  @while  D .  @dowhile&e

A . $.ajax({ type: "GET", url: localURL, dataType: "jsonp", success: function(htmlText { $("#span1").text(htmlText); } });  B . $.ajax( localURL, {}, function(htmlText) { $("#span1").html(htmlText); },"html" );  C . $.ajax({ type: "GET", url: localURL, dataType: "html",success: function(htmlText) { $("#span1").innerHTML = htmlText; }});  D . $.ajax({ type: "GET", url: localURL, success: function(htmlText) { $("#span1").html(htmlText); } })

A . The value of s is 14-dic-2000. B . The value of s is Dec 14， 2000. C . An exception is thrown at runtime. D . Compilation fails because of an error in line 13.

A、3 or 5 B、5 or 7 C、7 or 9 D、9 or 11

A . <；stock：quote&ensp；symbol="；SUNW"；&ensp；/>；${var} B . ${var}.&ensp；<；stock：quote&ensp；symbol="；SUNW"；&ensp；/>； C . <；stock：quote&ensp；symbol="；SUNW"；>；.&ensp；${var}.&ensp；<；/stock：quote>； D . <；stock：quote&ensp；symbol="；SUNW"；&ensp；var="；quote"；&ensp；/>；${quote}

A . PMT B . PS1 C . PRT D . PT1

A . The variable can be used to pass data to and from subflows.   B . The value for that variable can be supplied via Application Configuration in Application Administration.   C . The value for that variable is defined by the calling application.   D . The variable can be used in conditional steps.   E . The variable can be used to pass data to and from VoiceXML applications.

A .  The value of s is 14-dic-2004. B .  The value of s is Dec 14， 2000. C .  An exception is thrown at runtime. D .  Compilation fails because of an error in line 13.

A . visibility B . winds C . sea D . fog

A . NLSLANG B . NLSLENGTHSEMANTICS C . NLSTERRITORY D . NLSLANGUAGE E . NLSCHARACTERSET F . NLSDATELANGUAGE G . NLSNCHARCHARACTERSET

To【2】the question of attribution requires the【3】of more powerful and complex methods, beyond the use of global averages alone. New studies have focused on【4】maps or patterns of temperature change in【5】and in models. Pattern analysis is the cli-matologically equivalent of the more comprehensive tests in the medical analogy mentioned【6】, and makes it possible to achieve more definitive【7】of observed climate changes to a particular cause or causes. The expected influence of human activities is thought to be much more complex than uniform. warming over the entire surface of the Earth and over the whole【8】cycle. Patterns of change over space and time therefore provide a more powerful【9】technique. The basic idea【10】pattern-based approaches is that different【11】causes of climate change have different characteristic patterns of climate response or fingerprints. Attribution studies seek to 【12】a fingerprint match between the patterns of climate change【13】by models and those actually observed. The most recent assessment of the science suggests that human activities have led to a discernible【14】on global climate and that these activities will have an increasing influence on future climate. The burning of coal, oil and natural gas, as well as various agricultural and industrial practices, are【15】the composition of the atmosphere and contributing to climate change. These human activities have led to increased atmospheric【16】of a number of greenhouse gases, including carbon dioxide, methane and so on in the lower atmosphere. Human activities, such as the burning of fossil, have also increased the【17】of small particles in the atmosphere. These particles can change the【18】of energy that is absorbed and reflected by the atmosphere. They are also believed to modify the【19】of air and clouds, changing the amount of energy that they absorb and reflect. Intensive studies of the climatic effects of these particles began only recently and the overall【20】is uncertain. It is likely that the net effect of these small particles is to cool the climate and to partially offset the warming of increasing concentrations of greenhouse gases. (1) A．incensed B．personify C．interact D．predicted

是 否