有效沟通技巧：如何进行电话交谈

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"Lecture1 How to make a phone call.pptx" 这堂课"如何进行电话通话"（Lecture1 How to make a phone call）主要关注的是提高在英语环境中进行电话沟通的能力。学习本单元后，您将能够理解电话对话中的英语会话，并学会记录电话留言。课程内容围绕着提升有效的沟通技巧展开。 首先，讨论了常见的沟通方式，包括电子邮件、即时消息、面对面交谈等。这些方式在日常工作中起着至关重要的作用，特别是在远程协作和跨文化交流日益频繁的今天。了解并掌握这些沟通渠道的基本规则和礼仪是建立有效沟通的基础。 接下来，视频片段展示了有效与无效沟通的特征，帮助学习者识别并模仿良好的沟通行为。有效沟通的关键包括： 1. 清晰地表达：确保您的言语清晰易懂，避免使用含糊不清或复杂的词汇。 2. 适当的语速：讲话速度适中，过快可能会导致听者难以跟上，而过慢则可能显得不专业。 3. 友好的语气：保持友好的口吻可以增加对方的舒适感，促进良好的交流氛围。 4. 直接的眼神接触（尽管在电话中无法直接实现，但想象对方在场可以帮助维持专注）：这表达了对对方的尊重和关注。 5. 提问开放式问题：鼓励对话，激发对方分享更多观点和信息。 6. 集中注意力：在通话期间全神贯注，避免分心。 7. 积极倾听：给予对方充分的时间表达，不要打断，展示出对对方说话内容的兴趣和理解。 8. 不做假设：避免预设对方的想法或意图，而是寻求明确的解释。 9. 开放的态度：愿意接受和处理不同的观点和反馈。 通过这些技巧的学习，您不仅能够更有效地进行电话沟通，还能在各种情境下提升整体的沟通效率和质量。记住，良好的沟通是建立和维护人际关系，以及解决工作问题的关键。因此，不断练习和改进这些技能对于个人和职业生涯的成功至关重要。

Lecture1-charpter3国际收支.pptx

2021-09-21 上传
Lecture1-charpter3国际收支.pptx

Lecture1charpter3国际收支.pptx

2021-10-11 上传
Lecture1charpter3国际收支.pptx

1. 以二叉链表表示二叉树，建立一棵二叉树（算法5.3）；2. 输出二叉树的中序遍历结果（算法5.1或讲稿）；3. 输出二叉树的前序遍历结果（见讲稿）；4. 输出二叉树的后序遍历结果。

2023-04-11 上传
1. To represent a binary tree using a binary linked list, we can create a struct with three member variables: the value of the node, a pointer to the left child node, and a pointer to the right child ...

请用英文完成以下高考应用文，包含丰富的词块运用：假定你是李华，你的美国老师Mr. Evans要求你们明天下午去听一个英国历史的讲座。你因故不能参加。请你写一封信向Mr. Evans 道歉并说明情况。要点如下：1. 表示歉意。2. 理由：父亲去北京出差，母亲生病住院需要人照顾。3. 询问：是否有录音，以便补听讲座。注意：1. 词数100词左右。2. 可以适当增加细节，以使行文连贯。

2023-02-22 上传
If so, I would like to listen to the recording if possible, in order to make up for the missed lecture. Once again, I apologize for not being able to attend and I hope you can understand my situation...

Refactor the Code Population Generator In the lecture, we created the Animal class for FoxesAndRabbits. If you are looking at this coursework before we had this lecture, you can compare the code in the Coursework repository with the code in the Live Sessions repository. Also, note the changes made to the simulateOneStep method in Simulator.java: By introducing the Animal superclass, we have removed the dependencies (couplings) of the simulateOneStep method and the Fox and Rabbit class. The Simulator class, however, is still coupled to Fox and Rabbit in the populate method. Your task is to further improve FoxesAndRabbits by introducing a new class PopulationGenerator and move the populate method from the Simulator.java into this new class. You might also have to move some of the variables and fix the resulting errors in other classes to now use the PopulationGenerator instead. Now only the PopulationGenerator should be coupled to the concrete animal classes (Fox and Rabbit), making it easier to find places where changes are necessary when the application is extended. The PopulationGenerator should be called in Simulator.java. (Created new class: 0.5P, Moved method to new class: 0.5P, Simulator is using new class without errors: 1P) Introduce New Animals Define a new type of animal

2023-05-27 上传
To use this class in the Simulator, we can create an instance of `PopulationGenerator` and call its `populate` method with the appropriate arguments: ```java PopulationGenerator populationGenerator =...

We have seen the cars2018.csv data in the 'Example: Fuel Consumption' Lecture Task 1: Install {keras} (and Tenserflow) on your computer. Make sure its linkage with Python libary is also established. (It is one of the key steps for this assignment. It may take some time if you have not get the right library installed. Here is a reference link. https://keras.rstudio.com/reference/install_keras.html) Task 2: Divide the data randomly into 80% training and 20% test, fit a neural network model on fuel consumption (mpg) with one hidden dense layer. Choose the number of hidden units, and select the right activation function and modelling parameters. Task 3: Fit another neural network with 2 hidden dense layers, i.e. stack another hidden layer on top of the pervious neural net. Choose the number of the hidden units for the second layer. Compare the results with output from Task 2. Task 4: Compare the model performance with the model discussed in the lecture, i.e. the lasso, rpart, random forest, and xgboost models. Task 5: Change the response variable from mpg to Liters/KM (i.e. 235.15/mpg), and re-fit a neural network model. Compare performance as in Task 4.请你提供这个题目的task4的代码

2023-06-06 上传
history1 (model1, as.matrix(train_data[, -1]), train_data$mpg, epochs = 50, batch_size = 32, validation_split = 0.2, verbose = 0) plot(history1) # Task 3 - Fit a neural network model with two ...

补全以下代码private String cid;// Course id, e.g., CS110. private String name;// Course name, e.g., Introduce to Java Programming. private Integer credit;// Credit of this course private GradingSchema gradingSchema; //Grading schema of this course // enum GradingSchema{FIVE_LEVEL, PASS_FAIL} private Integer capacity;// Course capacity. private Integer leftCapacity;// Course capacity left. You should update the left capacity when enrolling students. private Set<Timeslot> timeslots;// One course may have one or more timeslots. e.g., a lecture in Monday's 10:20-12:10, and a lab in Tuesday's 14:00-15:50. public Course(String cid, String name, Integer credit, GradingSchema gradingSchema, Integer capacity) // constructor public void addTimeslot(Timeslot timeslot) //Record a timeslot for this course private Integer id;// A unique student id, should be an 8-digit integer: Undergraduates' ids should start with 1; Postgraduates' ids should start with 3. e.g., 12213199. private String name;// Student’s name private Map<Course, Grade> courses;// Enrolled courses, using Map structure to store course and its grade as a pair. Grade is an enum type enum Grade{PASS,FAIL,A,B,C,D,F}with an attribute: Double gradePoint protected Student(Integer id, String name) // constructor public abstract boolean canGraduate() // Checks if this student satisfies all the graduating conditions. Hint: you are allowed to change this abstract method into non-abstract to check if the student satisfies the common graduation conditions. public void enroll(Course course) // Tries to enroll the course, do some checks before enrolling. public void recordGrade(Course course, Grade grade)// Records the grade of a course that is current learning. public double getGpa() // Calculates the GPA for this student. public UndergraduateStudent(Integer id, String name)// constructor public boolean canGraduate() //Additional graduating conditions for undergraduate students public PostgraduateStudent(Integer id, String name)// constructor public boolean canGraduate() //Additional graduating conditions for postgraduate students

2023-06-02 上传
e.g., a lecture in Monday's 10:20-12:10, and a lab in Tuesday's 14:00-15:50. public Course(String cid, String name, Integer credit, GradingSchema gradingSchema, Integer capacity) { this.cid = cid;...

这段代码是什么意思function postData() { // Function to handle form submission const handleSubmit = (event) => { event.preventDefault(); // Get the form input values const name = document.getElementById('nameInput').value; const distance = document.getElementById('distanceInput').value; const difficulty = document.getElementById('difficultyInput').value; const location = document.getElementById('locationInput').value; // Create an object with the new hike data const newHike = { name: name, distance: distance, difficulty: difficulty, location: location }; // Check if the hikes object exists in local storage let hikes = localStorage.getItem('hikes'); if (!hikes) { // Create a new hikes object if it doesn't exist hikes = { "hikes": [] }; } else { hikes = JSON.parse(hikes); }// Add the new hike to the hikes object hikes.hikes.push(newHike); // Save the updated hikes object to local storage localStorage.setItem('hikes', JSON.stringify(hikes)); // Redirect to main.html window.location.href = 'lecture.html'; }; // Add event listener to the form submit event const form = document.getElementById('newHikeForm'); form.addEventListener('submit', handleSubmit); }

2023-06-07 上传
这段代码是一个函数，名为 postData，用于处理表单的提交。其中，addEventListener 方法用于给表单的 submit 事件添加一个事件监听器，当表单被提交时，handleSubmit 这个函数就会被调用。 函数中使用 const 关键字...

学期结束后，需要对班级学生的成绩进行相应的统计工作，需要研发班级学期成绩管理系统，设定某学期某班级学生选课信息如lecture.txt文件所示：分为课程名称、该课程学分、课程类型三类。班级学生考试成绩文件为 lecture_grade.txt，包含有学生的学号、姓名，各门课程的考试成绩等。 请依次研发一个班级学期成绩管理系统实现（但不限于）如下功能： 1) 查询指定学生的各科考试成绩； 2) 统计每位同学的平均分、学分绩点等； 3) 按照学分绩点进行排序，输出排序后的结果，并保存为文件； 4) 查询是否有学生有挂科现象，如果有挂科，则统计出挂科学生以及挂科科目的信息，并输出到文件中； 5) 成绩修改：若输入成绩错误，可修改指定学生、指定科目的成绩； 6) 可对班级学生的单科成绩进行统计，计算平均成绩、合格率、标准差。给我c++代码

2023-02-07 上传
1. 可以使用 Python 读取 lecture.txt 和 lecture_grade.txt 文件，并将数据存储在对象或数据结构中，便于后续操作。 2. 可以使用 Python 的类和函数来实现各项功能。 3. 可以使用 Python 的 pandas 库来读取数据和...

lecture和lesson的区别

2023-05-09 上传
例如：I attended a lecture on the history of art last night.（我昨晚参加了一场关于艺术史的讲座。） "Lesson"通常指一次教学中的一节课，可以是任何形式的教学活动，包括讲座、实验、小组讨论等。Lesson通常是...
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