In probability we have two types of eventsIndependent Events who.pdf

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In probability we have two types of events: Independent: Events who\'s probability is not affected by the previous event(s). Dependent: Events who\'s probability can be affected by preious event(s). What we have in this case is a dependent event because when we don\'t replace the marble, it changes the amount of total marbles inside the jar and thus the chances of drawing another marble changes. Because one event relys on the other we must find their probabilities separately at first. So what we do is figure out the probability of pulling out a blue marble and then the probability of pulling out another after not replacing the first. We will call these event 1 and 2. Event 1: To find the probability of pulling out a blue marble we just divide the amount of blue marbles we have by the total marbles in the jar: 18/45. We will keep it in this form because this is the standard way of representing chances in stats classes. Event 2: Now what we have left are 17 blue marbles and a total of 44 marbles so the chances of drawing a blue marble now become: 17/45. To combine these two chances we now multiply them together: 18/45*17/44. We will of course have to find a least common denominator but that\'s not hard and I\'m sure you could do that part on your own. Solution In probability we have two types of events: Independent: Events who\'s probability is not affected by the previous event(s). Dependent: Events who\'s probability can be affected by preious event(s). What we have in this case is a dependent event because when we don\'t replace the marble, it changes the amount of total marbles inside the jar and thus the chances of drawing another marble changes. Because one event relys on the other we must find their probabilities separately at first. So what we do is figure out the probability of pulling out a blue marble and then the probability of pulling out another after not replacing the first. We will call these event 1 and 2. Event 1: To find the probability of pulling out a blue marble we just divide the amount of blue marbles we have by the total marbles in the jar: 18/45. We will keep it in this form because this is the standard way of representing chances in stats classes. Event 2: Now what we have left are 17 blue marbles and a total of 44 marbles so the chances of drawing a blue marble now become: 17/45. To combine these two chances we now multiply them together: 18/45*17/44. We will of course have to find a least common denominator but that\'s not hard and I\'m sure you could do that part on your own..

In probability we have two types of events:
Independent: Events who's probability is not affected by the previous event(s).
Dependent: Events who's probability can be affected by preious event(s).
What we have in this case is a dependent event because when we don't replace the marble, it
changes the amount of total marbles inside the jar and thus the chances of drawing another
marble changes.
Because one event relys on the other we must find their probabilities separately at first. So what
we do is figure out the probability of pulling out a blue marble and then the probability of pulling
out another after not replacing the first. We will call these event 1 and 2.
Event 1: To find the probability of pulling out a blue marble we just divide the amount of blue
marbles we have by the total marbles in the jar:
18/45. We will keep it in this form because this is the standard way of representing chances in
stats classes.
Event 2: Now what we have left are 17 blue marbles and a total of 44 marbles so the chances of
drawing a blue marble now become:
17/45.
To combine these two chances we now multiply them together:
18/45*17/44. We will of course have to find a least common denominator but that's not hard and
I'm sure you could do that part on your own.
Solution
In probability we have two types of events:
Independent: Events who's probability is not affected by the previous event(s).
Dependent: Events who's probability can be affected by preious event(s).
What we have in this case is a dependent event because when we don't replace the marble, it
changes the amount of total marbles inside the jar and thus the chances of drawing another
marble changes.
Because one event relys on the other we must find their probabilities separately at first. So what
we do is figure out the probability of pulling out a blue marble and then the probability of pulling
out another after not replacing the first. We will call these event 1 and 2.
Event 1: To find the probability of pulling out a blue marble we just divide the amount of blue
marbles we have by the total marbles in the jar:
18/45. We will keep it in this form because this is the standard way of representing chances in
stats classes.

Event 2: Now what we have left are 17 blue marbles and a total of 44 marbles so the chances of
drawing a blue marble now become:
17/45.
To combine these two chances we now multiply them together:
18/45*17/44. We will of course have to find a least common denominator but that's not hard and
I'm sure you could do that part on your own.

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Ans.1 There are four different position values: •static •relative •fixed •absolute (a) Static: This is default position. And they are not affected by any tag properties like top,left,bottom and right. Ex: Hello this is Static Explanation: The property left:50px will not do any affect to this p tag, as said it just displays as normal flow. (b)Relative An element with position: relative; is positioned relative to its normal position. That is if theres any other element above this element, then it wont effect or cover that above element. Ex: Please dont come here! Hello this is relative Explanation: Give any top,left,right or bottom value to the p tag it wont affect the h1 tag above it, instead it will arrange itself at a position relative to that h1 tag. (c)Fixed This is somewhat powerful than static and relative. An element with position: fixed; is positioned relative to the viewport. Ex: Hey you will hide me for sure. Im fixed element! Explanation: The line in p tag is positioned to top:0px, so the element above p tag which is h1 tag will be affected by this p tag. Inorder to put at right place you need to position it carefully. (d)Absolute This is somewhat similar to fixed and relative. Here the element is positioned(or fixed) according to the last element.And can\'t go top of its top element. Ex: Hi I won\'t be coveredHello I will be covered Hi Im absolute element. Explanation: The p tag which is \'absolute\' positioned to top= 0px will affect its tag above it, that is h2 tag. But it wont affect h1 tag, so you need to position accordingly. Ans.2 In the HTML5 standard, the <\"article\"> element defines a complete, self-contained block of related elements. The <\"section\"> element is defined as a block of related elements. The article element got headers. Ex: Ans.3 HTML5 semantic elements: tag Description Defines an article Defines content aside from the page content Defines additional details that the user can view or hide Defines a caption for a element Specifies self-contained content, like illustrations, diagrams, photos, code listings, etc. Defines a footer for a document or section Specifies a header for a document or section Specifies the main content of a document Defines marked/highlighted text Defines navigation links Defines a section in a document Defines a visible heading for a element Defines a date/time Ans.4 a. #myId, .myClass p, #myidTwo p:first-child a { color;blue; } b. #myId { color:blue; } .myClass p { color:blue; } #myidTwo p:first-child a { color:blue; } Explanation: Actually both (a) and (b) do same job that is putting blue color property, but they are implemented in different ways: In (a) it includes style property defined on set of classes and ids. So any property defined inside it will be applied to all classes/ids(#myId, .myClass p, #myidTwo p:first-child a).This is useful when you are going to give same colour to some set of elements . In (b) it defines css style properties for each class/id separately. It is use.

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Ans.1 There are four different position values •static •relat.pdf

Ancestral features :- multicellular , photosynthetic, cell contains chloroplast, stores gglucose as starch, cellulose in cell walls, alteration of generation life cycle, sporophyte produces haploid spores by meiosis, gametophyte produces haploid gametes by mitosis. Derived features :- gametangia (sex organs) produce and protect gametes, antheridia produce sperms and archegonia produce eggs, cuticle - a waxy coating that prevents water loss, vascular tissue, development of the seed, easily reproduce, enclosure of sperm within pollen, allows travelling to different areas Solution Ancestral features :- multicellular , photosynthetic, cell contains chloroplast, stores gglucose as starch, cellulose in cell walls, alteration of generation life cycle, sporophyte produces haploid spores by meiosis, gametophyte produces haploid gametes by mitosis. Derived features :- gametangia (sex organs) produce and protect gametes, antheridia produce sperms and archegonia produce eggs, cuticle - a waxy coating that prevents water loss, vascular tissue, development of the seed, easily reproduce, enclosure of sperm within pollen, allows travelling to different areas.

Ancestral features - multicellular , photosynthetic, cell contains .pdf

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all frangmets...dna ligase joins...cells containing...white co.pdf

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Access: It is a security control who are taking permission to view or use the information that is there inside. Asset: It is a data or device or component which secures the data related activities. Attack: It is an attempt to altering or taking the data without any permission. Control safeguard or countermeasure: It is a process of minimizing the attacks by using some techniques is called counter measure. exploit: is an attack on a computer system, especially one that takes advantage of a particular vulnerability that the system offers to intruders Exposure: It is defined as exposing the information without the knowledge of the lead of theat information. Loss: It says when we loose any data this keyword works. protection profile or security posture: it is typically created by a user or user community and provides an implementation independent specification of information assurance security requirements. Risk – The potential for loss, damage or destruction of an asset as a result of a threat exploiting a vulnerability. sujects and objects: A subject is usually a human user or process running in memory. An object is any resource that exists anywhere a subject can access it (in memory, on disk, across a communications channel, in \"the cloud\", etc.). Threat – Anything that can exploit a vulnerability, intentionally or accidentally, and obtain, damage, or destroy an asset. Threat agent: Method used in breaching the security of a facility, operation, or system by exploiting a vulnerability. Vulnerability – Weaknesses or gaps in a security program that can be exploited by threats to gain unauthorized access to an asset. Solution Access: It is a security control who are taking permission to view or use the information that is there inside. Asset: It is a data or device or component which secures the data related activities. Attack: It is an attempt to altering or taking the data without any permission. Control safeguard or countermeasure: It is a process of minimizing the attacks by using some techniques is called counter measure. exploit: is an attack on a computer system, especially one that takes advantage of a particular vulnerability that the system offers to intruders Exposure: It is defined as exposing the information without the knowledge of the lead of theat information. Loss: It says when we loose any data this keyword works. protection profile or security posture: it is typically created by a user or user community and provides an implementation independent specification of information assurance security requirements. Risk – The potential for loss, damage or destruction of an asset as a result of a threat exploiting a vulnerability. sujects and objects: A subject is usually a human user or process running in memory. An object is any resource that exists anywhere a subject can access it (in memory, on disk, across a communications channel, in \"the cloud\", etc.). Threat – Anything that can exploit a vulnerability, intentionally or accide.

Access It is a security control who are taking permission to view o.pdf

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9) Answer: import java.util.*; import java.lang.*; import java.io.*; class Test { public static void main(String args[]) { int revenue; int expenses; Scanner in = new Scanner(System.in); System.out.println(\"Enter revenue\"); revenue=in.nextInt(); System.out.println(\"Enter expenses\"); expenses=in.nextInt(); if( revenue > expenses ) { System.out.print(\"in the black\"); }else { System.out.print(\"in the red\"); } } } Solution 9) Answer: import java.util.*; import java.lang.*; import java.io.*; class Test { public static void main(String args[]) { int revenue; int expenses; Scanner in = new Scanner(System.in); System.out.println(\"Enter revenue\"); revenue=in.nextInt(); System.out.println(\"Enter expenses\"); expenses=in.nextInt(); if( revenue > expenses ) { System.out.print(\"in the black\"); }else { System.out.print(\"in the red\"); } } }.

9)Answerimport java.util.; import java.lang.; import java.pdf

9)Answerimport java.util.; import java.lang.; import java.pdf

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1. In probability we have two types of events: Independent: Events who's probability is not affected by the previous event(s). Dependent: Events who's probability can be affected by preious event(s). What we have in this case is a dependent event because when we don't replace the marble, it changes the amount of total marbles inside the jar and thus the chances of drawing another marble changes. Because one event relys on the other we must find their probabilities separately at first. So what we do is figure out the probability of pulling out a blue marble and then the probability of pulling out another after not replacing the first. We will call these event 1 and 2. Event 1: To find the probability of pulling out a blue marble we just divide the amount of blue marbles we have by the total marbles in the jar: 18/45. We will keep it in this form because this is the standard way of representing chances in stats classes. Event 2: Now what we have left are 17 blue marbles and a total of 44 marbles so the chances of drawing a blue marble now become: 17/45. To combine these two chances we now multiply them together: 18/45*17/44. We will of course have to find a least common denominator but that's not hard and I'm sure you could do that part on your own. Solution In probability we have two types of events: Independent: Events who's probability is not affected by the previous event(s). Dependent: Events who's probability can be affected by preious event(s). What we have in this case is a dependent event because when we don't replace the marble, it changes the amount of total marbles inside the jar and thus the chances of drawing another marble changes. Because one event relys on the other we must find their probabilities separately at first. So what we do is figure out the probability of pulling out a blue marble and then the probability of pulling out another after not replacing the first. We will call these event 1 and 2. Event 1: To find the probability of pulling out a blue marble we just divide the amount of blue marbles we have by the total marbles in the jar: 18/45. We will keep it in this form because this is the standard way of representing chances in stats classes.

2. Event 2: Now what we have left are 17 blue marbles and a total of 44 marbles so the chances of drawing a blue marble now become: 17/45. To combine these two chances we now multiply them together: 18/45*17/44. We will of course have to find a least common denominator but that's not hard and I'm sure you could do that part on your own.