Combine Ordinal Quotes

I'm an eye. A mechanical eye. I, the machine, show you a world the way only I can see it. I free myself for today and forever from human immobility. I'm in constant movement. I approach and pull away from objects. I creep under them. I move alongside a running horse's mouth. I fall and rise with the falling and rising bodies. This is I, the machine, manoeuvring in the chaotic movements, recording one movement after another in the most complex combinations. Freed from the boundaries of time and space, I co-ordinate any and all points of the universe, wherever I want them to be. My way leads towards the creation of a fresh perception of the world. Thus I explain in a new way the world unknown to you.

A precious miracle that the infinite play of combinations has unlocked for us, allowing us to exist. We may smile now. We can go back to serenely immersing ourselves in time - in our finite time - to savoring the clear intensity of every fleeting and cherished moment of the brief circle of our existence.

I am an eye. A mechanical eye. I, the machine, show you a world the way only I can see it. I free myself for today and forever from human immobility. I’m in constant movement. I approach and pull away from objects. I creep under them. I move alongside a running horse’s mouth. I fall and rise with the falling and rising bodies. This is I, the machine, manoeuvring in the chaotic movements, recording one moment after another in the most complex combinations. Freed from the boundaries of time and space. I co-ordinate any and all points of the universe, wherever I want them to be. My way leads towards the creation of a fresh perception of the world. Thus I explain in a new way the world unknown to you. - Dziga Vertov 1923

I’m an eye. A mechanical eye. I, the machine, show you a world the way only I can see it. I free myself for today and forever from human immobility. I’m in constant movement. I approach and pull away from objects. I creep under them. I move alongside a running horse’s mouth. I fall and rise with the falling and rising bodies. This is I, the machine, manoeuvring in the chaotic movements, recording one movement after another in the most complex combinations. Freed from the boundaries of time and space, I co-ordinate any and all points of the universe, wherever I want them to be. My way leads towards the creation of a fresh perception of the world. Thus I explain in a new way the world unknown to you

The Case of the Eyeless Fly The fruit fly has a mutant gene which is recessive, i.e., when paired with a normal gene, has no discernible effect (it will be remembered that genes operate in pairs, each gene in the pair being derived from one parent). But if two of these mutant genes are paired in the fertilised egg, the offspring will be an eyeless fly. If now a pure stock of eyeless flies is made to inbreed, then the whole stock will have only the 'eyeless' mutant gene, because no normal gene can enter the stock to bring light into their darkness. Nevertheless, within a few generations, flies appear in the inbred 'eyeless' stock with eyes that are perfectly normal. The traditional explanation of this remarkable phenomenon is that the other members of the gene-complex have been 'reshuffled and re-combined in such a way that they deputise for the missing normal eye-forming gene.' Now re-shuffling, as every poker player knows, is a randomising process. No biologist would be so perverse as to suggest that the new insect-eye evolved by pure chance, thus repeating within a few generations an evolutionary process which took hundreds of millions of years. Nor does the concept of natural selection provide the slightest help in this case. The re-combination of genes to deputise for the missing gene must have been co-ordinated according to some overall plan which includes the rules of genetic self-repair after certain types of damage by deleterious mutations. But such co-ordinative controls can only operate on levels higher than that of individual genes. Once more we are driven to the conclusion that the genetic code is not an architect's blueprint; that the gene-complex and its internal environment form a remarkably stable, closely knit, self-regulating micro-hierarchy; and that mutated genes in any of its holons are liable to cause corresponding reactions in others, co-ordinated by higher levels. This micro-hierarchy controls the pre-natal skills of the embryo, which enable it to reach its goal, regardless of the hazards it may encounter during development. But phylogeny is a sequence of ontogenies, and thus we are confronted with the profound question: is the mechanism of phylogeny also endowed with some kind of evolutionary instruction booklet? Is there a strategy of the evolutionary process comparable to the 'strategy of the genes'-to the 'directiveness' of ontogeny (as E.S. Russell has called it)?

I read Dickens and Shakespear without shame or stint; but their pregnant observations and demonstrations of life are not co-ordinated into any philosophy or religion: on the contrary, Dickens's sentimental assumptions are violently contradicted by his observations; and Shakespear's pessimism is only his wounded humanity. Both have the specific genius of the fictionist and the common sympathies of human feeling and thought in pre-eminent degree. They are often saner and shrewder than the philosophers just as Sancho-Panza was often saner and shrewder than Don Quixote. They clear away vast masses of oppressive gravity by their sense of the ridiculous, which is at bottom a combination of sound moral judgment with lighthearted good humor. But they are concerned with the diversities of the world instead of with its unities: they are so irreligious that they exploit popular religion for professional purposes without delicacy or scruple (for example, Sydney Carton and the ghost in Hamlet!): they are anarchical, and cannot balance their exposures of Angelo and Dogberry, Sir Leicester Dedlock and Mr Tite Barnacle, with any portrait of a prophet or a worthy leader: they have no constructive ideas: they regard those who have them as dangerous fanatics: in all their fictions there is no leading thought or inspiration for which any man could conceivably risk the spoiling of his hat in a shower, much less his life. Both are alike forced to borrow motives for the more strenuous actions of their personages from the common stockpot of melodramatic plots; so that Hamlet has to be stimulated by the prejudices of a policeman and Macbeth by the cupidities of a bushranger. Dickens, without the excuse of having to manufacture motives for Hamlets and Macbeths, superfluously punt his crew down the stream of his monthly parts by mechanical devices which I leave you to describe, my own memory being quite baffled by the simplest question as to Monks in Oliver Twist, or the long lost parentage of Smike, or the relations between the Dorrit and Clennam families so inopportunely discovered by Monsieur Rigaud Blandois. The truth is, the world was to Shakespear a great "stage of fools" on which he was utterly bewildered. He could see no sort of sense in living at all; and Dickens saved himself from the despair of the dream in The Chimes by taking the world for granted and busying himself with its details. Neither of them could do anything with a serious positive character: they could place a human figure before you with perfect verisimilitude; but when the moment came for making it live and move, they found, unless it made them laugh, that they had a puppet on their hands, and had to invent some artificial external stimulus to make it work.

usually does not present much of a problem. Some analysts use t-tests with ordinal rather than continuous data for the testing variable. This approach is theoretically controversial because the distances among ordinal categories are undefined. This situation is avoided easily by using nonparametric alternatives (discussed later in this chapter). Also, when the grouping variable is not dichotomous, analysts need to make it so in order to perform a t-test. Many statistical software packages allow dichotomous variables to be created from other types of variables, such as by grouping or recoding ordinal or continuous variables. The second assumption is that the variances of the two distributions are equal. This is called homogeneity of variances. The use of pooled variances in the earlier formula is justified only when the variances of the two groups are equal. When variances are unequal (called heterogeneity of variances), revised formulas are used to calculate t-test test statistics and degrees of freedom.7 The difference between homogeneity and heterogeneity is shown graphically in Figure 12.2. Although we needn’t be concerned with the precise differences in these calculation methods, all t-tests first test whether variances are equal in order to know which t-test test statistic is to be used for subsequent hypothesis testing. Thus, every t-test involves a (somewhat tricky) two-step procedure. A common test for the equality of variances is the Levene’s test. The null hypothesis of this test is that variances are equal. Many statistical software programs provide the Levene’s test along with the t-test, so that users know which t-test to use—the t-test for equal variances or that for unequal variances. The Levene’s test is performed first, so that the correct t-test can be chosen. Figure 12.2 Equal and Unequal Variances The term robust is used, generally, to describe the extent to which test conclusions are unaffected by departures from test assumptions. T-tests are relatively robust for (hence, unaffected by) departures from assumptions of homogeneity and normality (see below) when groups are of approximately equal size. When groups are of about equal size, test conclusions about any difference between their means will be unaffected by heterogeneity. The third assumption is that observations are independent. (Quasi-) experimental research designs violate this assumption, as discussed in Chapter 11. The formula for the t-test test statistic, then, is modified to test whether the difference between before and after measurements is zero. This is called a paired t-test, which is discussed later in this chapter. The fourth assumption is that the distributions are normally distributed. Although normality is an important test assumption, a key reason for the popularity of the t-test is that t-test conclusions often are robust against considerable violations of normality assumptions that are not caused by highly skewed distributions. We provide some detail about tests for normality and how to address departures thereof. Remember, when nonnormality cannot be resolved adequately, analysts consider nonparametric alternatives to the t-test, discussed at the end of this chapter. Box 12.1 provides a bit more discussion about the reason for this assumption. A combination of visual inspection and statistical tests is always used to determine the normality of variables. Two tests of normality are the Kolmogorov-Smirnov test (also known as the K-S test) for samples with more than 50 observations and the Shapiro-Wilk test for samples with up to 50 observations. The null hypothesis of

In following a single hypothesis, the mind is presumably led to a single explanatory conception. But an adequate explanation often involves the co-ordination of several agencies, which enter into the combined result in varying proportions. The true explanation is therefore necessarily complex. Such complex explanations of phenomena are specially encouraged by the method of multiple hypotheses, and constitute one of its chief merits.

innovation—perhaps from the translation world’s equivalent of Uber, a taxi app. Software is unlikely to replace the translators, but it could co-ordinate their work with clients more efficiently. Smartling, an American company which seeks to cut out middlemen in this way, has clients including Tesla, an electric carmaker, and Spotify, a music-streaming service. Jochen Hummel, a pioneer in translation memory, says that a real breakthrough would come from combining software, memory and content management in a single database. But making money may still be tricky. The American tech titan has not tried to commercialise Google Translate. A former executive says the firm experimented with content-management software but “decided to focus on easier stuff, like self-driving cars.

IN THE NAME OF GOD, AMEN. We, whose names are underwritten, the Loyal Subjects of our dread Sovereign Lord King James, by the Grace of God, of Great Britain, France, and Ireland, King, Defender of the Faith, &c. Having undertaken for the Glory of God, and Advancement of the Christian Faith, and the Honour of our King and Country, a Voyage to plant the first Colony in the northern Parts of Virginia; Do by these Presents, solemnly and mutually, in the Presence of God and one another, covenant and combine ourselves together into a civil Body Politick, for our better Ordering and Preservation, and Furtherance of the Ends aforesaid: And by Virtue hereof do enact, constitute, and frame, such just and equal Laws, Ordinances, Acts, Constitutions, and Officers, from time to time, as shall be thought most meet and convenient for the general Good of the Colony; unto which we promise all due Submission and Obedience. IN WITNESS whereof we have hereunto subscribed our names at Cape-Cod the eleventh of November, in the Reign of our Sovereign Lord King James, of England, France, and Domini; 1620.

Our Mediterranean experiences had reaffirmed the truth that unity, co-ordination, and co-operation are the keys to successful operations. War is waged in three elements but there is no separate land, air, or naval war. Unless all assets in all elements are efficiently combined and co-ordinated against a properly selected, common objective, their maximum potential power cannot be realized. Physical targets may be separated by the breadth of a continent or an ocean, but their destruction must contribute in maximum degree to the furtherance of the combined plan of operation. That is what co-ordination means.