Answer:
1) f-22
2) far
3)When there is not enough light for the camera to be able to quickly capture an image
4) smaller amount of light reaching the sensor
5) exposure
Answer:
Henrik Ibsen
Explanation:
In Norway, one of the greatest playwrights of this second half of the nineteenth century, Henrik Ibsen, is born, who is considered the great innovator and the creator of modern realistic theater. Ibsen's work fits the concept of the "work well done", the one in which the internal and external structure fit perfectly, with an upward gradation of dramatic tension and an always balanced distribution of psychological forces.
Ibsen's masterpiece is Doll's House ”, which is a plea for the liberation of women, which created a great scandal and social uproar. Without the dramatic work of Ibsen, the subsequent development of the theater in the 20th century would be inconceivable.
In Russia, Realism became a psychological theater with the work of Anton Chekhov, whose success is inseparable from the foundation of the Moscow Theater of Art by Stanislavski and Dachenko. Other realists whose work is also linked to this theater are Tolstoy and Máximo Gorki.
Uh, im confused on how to help
Answer:
Now the terms provided are required to be explained as according to the standard given OCR (oxford, Cambridge , and RSA examination). So for that we have the following definitions as given below:
Explanation:
<u>Cell-</u> A cell is the basic unit of life and all organisms are composed of one or more cells. There are two
fundamental types of cell: prokaryotic and eukaryotic.
<u>Exchange-</u> The gas exchange system is responsible for the uptake of oxygen into the blood and the excretion of carbon dioxide. Now exchange in organism mostly occur in gaseous form.
<u>Transport- </u>They occur in Both plants and animals so,
<u>Transport in an Animal body -</u>As animals become larger, more complex and more active, transport systems become essential to supply nutrients to, and remove waste from, individual cells.
<u>Transport in Plants body-</u> Transport systems in plants move substances from where they are absorbed or produced to where they are stored or used.
Plants do not have systems for transporting oxygen and carbon dioxide; instead these gases diffuse
through air spaces within stems, roots and leaves.
