Activity 1.1 Where Do I Belong? Objective. Compare and contrast elements and compounds Directions: 1. Draw a Venn diagram in your answer sheet. 2. Choose phrases in the box that describe the element and write on the left circle of the Venn diagram. 3. Choose phrases in the box that describe the compound and write on the right circle of the Venn diagram. 4. Choose phrases that the element and compound have in common and write in the intersection of the circle (overlapping area). Salt (NaCl) Venn Diagram Hydrogen (H) Pure substance There are 118 of them Represented by symbol Made of same type of atoms Limitless in terms of number Represented by chemical formula Can be separated by chemical means Composed of two or more different atoms Element Compound

Activity 1.1 Where Do I Belong? Objective. Compare and contrast elements and compounds Directions: 1. Draw a Venn diagram in your answer sheet. 2. Choose phrases in the box that describe the element and write on the left circle of the Venn diagram. 3. Choose phrases in the box that describe the compound and write on the right circle of the Venn diagram. 4. Choose phrases that the element and compound have in common and write in the intersection of the circle (overlapping area). Salt (NaCl) Venn Diagram Hydrogen (H) Pure substance There are 118 of them Represented by symbol Made of same type of atoms Limitless in terms of number Represented by chemical formula Can be separated by chemical means Composed of two or more different atoms Element Compound

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Hello, I need help with all three parts can you label which part is which. By part I mean PART A,PART B, and Part C thank you and can you label them.
Problem 1 continued Three Dimensions Suppose you stack close-packed planes of atoms in an ABABAB stacking sequence, such that atoms of plane B fit into the valleys between atoms of plane A. (c) Describe the lattice and basis of this structure. (d) Define the unit cell parameters of this structure in terms of the axial lengths and axial angles. Note: Please assume the ideal ratio, co/a,=1.633
. Consider the following equation. All three of the terms in parentheses are dimensionless groups. Because kç is difficult to determine directly, the other variables are measured and kç is calculated from the given equation. kc D dp V P _jo8 = 0.023 [- -]!/3 [- p DAB DAB What is the estimated value of kc? What are the units of kc? Show your work. The following values were measured: D = 8.0 mm, DAB = 0.475 cm²/s, µ = 1.12 x 10-3 N-s/m², p = 1.00 x 10-3 g/cm³, v = 15.0 m/s.
thank you
please answer iv and v
Please I want answer to all the questions
Please solve it in summary no need for long writing make it short please Thanks alot
Please please please answer as fast as possible please
I need answer very quickly with neat diagram
Show your complete(show unit cancellation) and step-by-step solution and box your final answer. Use three decimal places.
Please complete the below problems: 1. An aluminum aloy 2024-T651 (see Table 6.1 in your book) panel is sub- jected to biaxial loading as shown in below. Assume that o = 300 MPa and oz can be either tension or compression. Find the maximum values of lo2] in tension and compression that the panel can withstand before yielding according to von Mises yield criterion. Figure 1: Biaxial loading.
Show all working explaining detailly each step. Answer should be type written using a computer Keyboard!