The answer is a meteor.
Meteors make flashing light when they enter the Earth's atmosphere. This is actually meteors on fire, because our atmosphere makes them burn when they come in contact, and crashes them under the pressure. This makes up for a beautiful sight on the night sky, and people often refer to the burning meteors as ''falling stars'', and make wishes as well.
Answer:
Option A, GV law
Explanation: The laws of gravity (actually called "Newton's Law of Universal Gravitation") are laws in the field of classical mechanics that tell us the behavior of gravity.
now the simplifications are:
a) GV Law
This is fine because with this method you will always remember that these are laws.
b) L of G
This could mean different things, it is not advisable to use this type of abbreviations, since you can read it and not remember what L or G means.
c) VGlity
I really don't understand what this means, this is not a good option.
d) Newt gravity.
This option is also good because you can remember Newton's name, but it is a bit longer than the first option.
So, the option that has more information and is also shorter is the first option of the GV law, so that would be the correct option
This link should be much helpful to your question and provide more than what you are asking to https://infogr.am/alexgrey_1398868104
I did this a couple of weeks ago...
The spirit of Saint Benedict's Rule is summed up in the motto of the Benedictine Confederation: pax ("peace") and the traditional ora et labora ("pray and work"). Compared to other precepts, the Rule provides a moderate path between individual zeal and formulaic institutionalism; because of this middle ground it has been widely popular. Benedict's concerns were the needs of monks in a community environment: namely, to establish due order, to foster an understanding of the relational nature of human beings, and to provide a spiritual father to support and strengthen the individual's ascetic effort and the spiritual growth that is required for the fulfillment of the human vocation, theosis.
The Rule of Saint Benedict has been used by Benedictines for 15 centuries, and thus St. Benedict is sometimes regarded as the founder of Western monasticism due to reform that his rules had on the current Catholic hierarchy.[2] There is, however, no evidence to suggest that Benedict intended to found a religious order in the modern sense and it was not until the Late Middle Ages that mention was made of an "Order of Saint Benedict". His Rule was written as a guide for individual, autonomous communities, and all Benedictine Houses (and the Congregations in which they have grouped themselves) still remain self-governing. Advantages seen in retaining this unique Benedictine emphasis on autonomy include cultivating models of tightly bonded communities and contemplative lifestyles. Perceived disadvantages comprise geographical isolation from important activities in adjacent communities. Other perceived losses include inefficiency and lack of mobility in the service of others, and insufficient appeal to potential members. These different emphases emerged within the framework of the Rule in the course of history and are to some extent present within the Benedictine Confederation and the Cistercian Orders of the Common and the Strict Observance.
(1) The integral is straightforward; <em>x</em> ranges between two constants, and <em>y</em> ranges between two functions of <em>x</em> that don't intersect.
(2) First find where the two curves intersect:
<em>y</em> ² - 4 = -3<em>y</em>
<em>y</em> ² + 3<em>y</em> - 4 = 0
(<em>y</em> + 4) (<em>y</em> - 1) = 0
<em>y</em> = -4, <em>y</em> = 1 → <em>x</em> = 12, <em>x</em> = -3
That is, they intersect at the points (-3, 1) and (12, -4). Since <em>x</em> ranges between two explicit functions of <em>y</em>, you can capture the area with one integral if you integrate with respect to <em>x</em> first:
(3) No special tricks here, <em>x</em> is again bounded between two constants and <em>y</em> between two explicit functions of <em>x</em>.
