Important event

There were many important things in the 1950’s including historical events, people, life changing technology, and fashion and fads such as the Montgomery Bus Boycott, Martin Luther King Jr., the microwave, and the gray flannel suit. There were many events in the 1950’s, but the two most important events were the Montgomery Bus Boycott and the Korean War. The Montgomery Bus Boycott began in Montgomery, Alabama in December 1, 1955. The boycott began when future Civil Rights activist Rosa Parks refused

Two Important Mathematical Events The period around 700 BC is very important in the advancement of the various areas of modern mathematics, including geometry, algebra, and arithmetic. Mainly, the period coincides with the Greek civilization that was accompanied by substantial socioeconomic, cultural, and political developments. Consequently, the influence of the Greek civilization on the different fields of learning, including science, arts, philosophy, and politics, formed a basis for western

Question 1: Faith inculcation can work in a variety of different ways, but the main two are by social exposure and through important life events. If asked, anyone will say their faith was influenced by either major figures in their life or an event that caused them to look at the world differently. My belief is that there is no one way that someone gains his or her view of faith. It can be influenced by countless conditions in which a single person experiences. Furthermore, when it comes to religion

because the questions are independent of each other. 6. Explain the difference between independent and dependent events. Dependent events are linked to another event, while independent events are single events. 7. Provide an example of experimental probability and explain why it is considered experimental. Experimental probability of an event is the ratio of the number of times the event occurs to the total number of trials. Example: Patrick flipped a number cube 40 times. A 5 appeared 10 times

4. Probability of recurrence: In the present study, three stochastic models (Weibull, Gamma and Lognormal) have been used for the estimation of probability of earthquake recurrence in Gujarat region of India which was rocked by the great earthquake in 2001. The earthquake data of the region has only five recurrence intervals of earthquakes magnitude ≥ 6 for the period of study, from 1819 to 2001, and is listed in Table 1. The estimated mean, standard deviation and aperiodicity (equivalent to the

CSIT 270 Homework 6 Q1.1 Ans 1.1 If S is a finite sample space of equal likely outcomes and E is an event , that is a subset of S Then the probability of E is : P(E) = The probability that a five-card poker hand does not contain the queen of hearts is determined as follows: If 5 cards are drawn then chances of not getting the queen of hearts in the first draw is If there is no chance getting the queen of hearts in drawn and the chance of not getting it in 2nd draw is If there is no chance

exclusive events, The sum of Separate probabilities likely to be one event occur or another. Example: Place 100 marbles in a box; 35 blue, 45 red, and 20 yellow. P(blue)=.35 P(red)=.45 P(yellow)=.20 What is the probability of choosing either a red or a yellow marble from the box? P(red or yellow) = P(red)+ P(yellow) = .45+.20 = .65 The multiplicative law of probabilities The multiplicative law of probability is defined as the probability of the joint occurrence of two or more of the events which

exclusive events, The sum of Separate probabilities likely to be one event occur or another. Example: Place 100 marbles in a box; 35 blue, 45 red, and 20 yellow. P(blue)=.35 P(red)=.45 P(yellow)=.20 What is the probability of choosing either a red or a yellow marble from the box? P(red or yellow) = P(red)+ P(yellow) = .45+.20 = .65 The multiplicative law of probabilities The multiplicative law of probability is defined as the probability of the joint occurrence of two or more of the events which

MAT540 - Quantitative Methods (Homework # 2) Section A True/False Indicate whether the sentence or statement is true or false. __F__ 1. Two events that are independent cannot be mutually exclusive. __F__ 2. A joint probability can have a value greater than 1. __F__ 3. The intersection of A and Ac is the entire sample space. __T__ 4. If 50 of 250 people contacted make a donation to the city symphony, then the relative frequency method assigns a probability of .2 to the outcome of

is the final strand of the Australian curriculum relating to mathematics. Students using probability are “experimenting various theoretical approaches”- Australian Curriculum (2016). Probability is when you divide the number of outcomes in which an event can occur by the number of possible outcomes (Lakin, 2010, p.p131). My experience and knowledge has expanded while studying probability in this unit. It has been developed in activities such as MathSpace and WIKA (appendix m). MathSpace helped me