As Shown Below – Question 1E: Be as specific as possible, name the types of quadrilaterals that have four sides. encore of …
Question 2E: Be as specific as possible, name the types of quadrilaterals that have two congruent …
As Shown Below
Question 4E: To be as specific as possible, name the type of rhombus that has all sides. blah…
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Question 7E: The line segment joining two opposite sides of a rectangle is as shown. What you can…
Problem 8E: In exercises 8 through 10, use the shape of a rectangle to solve each problem. Rectangle ABCD is…
Problem 9E: In Exercises 8 through 10, use the shape of a rectangle to solve each problem. Rectangle ABCD is…
Problem 10E: In Exercises 8 through 10, use the shape of a rectangle to solve each problem. Rectangle ABCD is…
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Problem 11E: In Exercises 11 through 14, evaluate MNPQ and diagonals MP and NQ. If the answer is not a whole number, …
Problem 12E: In Exercises 11 through 14, evaluate MNPQ and diagonals MP and NQ. If the answer is not a whole number, …
Problem 13E: In Exercises 11 through 14, evaluate MNPQ and its diagonals MP and NQ. If the answer is not a whole number, …
Problem 14E: In Exercises 11 through 14, consider MNPQ and diagonals MP and NQ. If the answer is not a whole number, …
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Problem 15E: In Exercises 15 through 18, consider the rhombus ABCD and the diagonals AC and DB. If the answer is not an integer…
Problem 16E: In Exercises 15 through 18, consider the rhombus ABCD and the diagonals AC and DB. If the answer is not an integer…
Problem 17E: In Exercises 15 through 18, consider the rhombus ABCD and the diagonals AC and DB. If the answer is not an integer…
Problem 18E: In Exercises 15 to 18, consider the rhombus ABCD and the diagonals AC and DB. If the answer is not an integer…
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Question 19E: Given: ABCD is not shown by AB = 8 and BC = 6; M and N are the intersections of the sides AB and BC, …
Problem 20E: Given: Rhombus RSTV is not shown with diagonals RT and SV, so RT = 8 and SV = 6 Find: RS, length of …
Question 31E: Are quadrilaterals ABCD and EFGH congruent if they are both square and ABEF? one ticket is a diamond and …
Question 36E: In Exercises 34 through 39, write a valid proof of each theorem. If the diagonals of a parallelogram are…
Two Insulating Plates Are Both Uniformly Charged In Such A Way That The Potential Difference Between Them Is V2
Question 39E: In Exercises 34 through 39, write a valid proof of each theorem. If between the sides of the …
Question 41E: In Exercises 40 through 41, you will need to use the quadratic calculator (). A…
Question 42E: Prove that the center of the hypotenuse of a right triangle is equal to three…
Problem 43E: Two parts of a rail and a rail are parallel but not side by side. Being…
Answered: Problem 4 As Shown Below, A Metal Rod…
Question 44E: In square ABCD not shown, point E is on side DC. If AB = 8 and AE = 10, find BE.
Question 45E: In square ABCD not shown, point E is inside ABCD such that ABE is…
Question 46E: The sides of square ABCD are measured at the points shown. If AB = 3, find the perimeter of …
Need to dive deeper into the ideas behind this app? Look no further. Learn more about geometry, geometry, and more by finding similar questions and additions below. QUESTION: What is the Lewis structure shown below for the azide ion (N3-) whose nitrogen atom has a positive charge of +2? A. Form I only, B. Form.
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QUESTION: Which of the following is the metal after transition? A. silicon, B. lead, C. sodium, D. chromium SCRIPT: Which of the following
QUESTION: In how many directions can the magnetism caused by the spin of an electron in a 3p orbital be directed? A. 1, B. 3, C. 5, D. 7 Magnetism.
QUESTION: Which of the following is a transition metal? A. silicon, B. lead, C. sodium, D. chromium SCRIPT: Which of the following is
QUESTION: Which of the following defines a cation? A. aluminum ion (Al3+), B. oxygen atom gained 2 electrons C. ion with 17 protons.
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QUESTION: Consider the following formula for 2-butene (C4H8) where only the C atom is shown: C-C = C-C When this formula is complete.
QUESTION: Which of the following describes an anion? A. sodium ion (Na+), B. calcium ion has lost 2 electrons C. ion with 8 and 10 protons.
QUESTION: Which of the following is a metalloid? A. Potassium, B. Silicon, C. Iron, D. Helium Note: Which of the following is a metalloid? A.
QUESTION: Which of the following is a good electrical circuit? A. carbon, B. germanium, C. manganese, D. iodine WRITE: A. carbon,
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QUESTION: Which of the following is a metal in the main group or representative group? A. magnesium, B. zinc, C. sulfur, D.
QUESTION: How many atoms in a molecule of acetic acid (CH3COOH) can hydrogen bond with a water molecule? A. 1, B. 2, C. 3, D.
QUESTION: What type of substance has the lowest electronegativity? A. metal, B. nonmetal, C. metalloid Electronegativity is a measure of a.
QUESTION: What is the electron configuration of Fe3+? A. [Ar] 4s2 3d6 B. [Ar] 4s2 3d3 C. [Ar] 4s1 3d4 D.
S1 And S2 Are Two Hollow Concentric Spheres Enclosing Charges Q And 2q Respectively As Shown Below. I) What Is The Ratio Of The Electric Flux Through S1 And S2? Ii) How
QUESTION: How should the results of the following calculations be reported, assuming that 1.8 and 32 are real numbers? 32 + (1.8) (2.37) A. 36,
QUESTION: How should the results of the following calculations be reported? (0.0050) (39.0) A. 0.20, B. 0.21, C, D.
QUESTION: What is the maximum number of electrons that can be assigned to the 2p orbital of an atom? A. 2, B. 3, C. 6, D. 10 Ignore Pauli.
QUESTION: Suppose the circle and square in the diagram below represent atoms. According to Dalton’s theory, which of the following changes is possible?
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QUESTION: Which of the following is true about the HOCl molecule? A. 1, B. 2, C. 3, D v. 12 c. 10 c. SUBSCRIBE: Who’s Who?
QUESTION: What is the Lewis structure shown below for the azide ion (N3-) whose nitrogen atom has a positive charge of +2? A. Form I only, B. Form II only C. Both forms, C. Neither form WRITE: 3-7-1 Which of the Lewis structures shown below for the azide ion (N3-) has a nitrogen atom with a charge of + 2? A. Status I only, B. Status II only C. Both statuses, C. No status CLICK CONTINUE NEXT
Standard charge = fictitious charge assigned to an atom in the Lewis formula for a polyatomic molecule or ion F.C. = F – A = left N appears to hold: 1 alone x 2 = 2 3 double combination = 3 A = 2 + 3 = 5 F = 5 (VA group) F.C. = 5-5 = 0 NOTE: HIGHLIGHT Normal charges are artificial charges assigned to atoms in the Lewis structure of a polyatomic molecule or ion. We can calculate using the formula HIGHLIGHT F.C. = F. We can figure this out by looking at the elements in the periodic table. For example, the nitrogen atom belongs to group VA. Therefore, by itself, the nitrogen atom has five electrons. A is the apparent number of valence electrons possessed by the atom in the structure. In order to reduce the common charge, we assume that the atom holds all the electrons in both halves. HIGHEST number of lone electrons and half of the electrons shared with other atoms. In other words, if an atom has only two L’s HIGHLIGHT L and B bonding to both HIGHLIGHT B’s, then the number of valence electrons appears to have 2L plus B Let’s show it for the nitrogen atom on the left in the same way. CLICK This atom has only one pair. HIGHLIGHT lone on N Holds both electrons by itself. 2L equals 2. HIGHLIGHT 1 alone x 2 = 2 This atom also has three pairs. A triple bond in the structure There are six electrons, but it only takes one of them—the other half belongs to the nitrogen atom. One-half of six is 3. B equals 3. 3 is equal to both. Therefore, the total number of electrons in the nitrogen atom on the left appears to be 5. 2 + 3 equals 5. POINT A = 2 + 3 = 5 As mentioned earlier, nitrogen lone nitrogen has five electrons. We know this by looking for nitrogen in the periodic table. It is in the fifth group A. Therefore, F is equal to 5. Therefore, the normal charge is 5 minus 5, or zero. CLICK It appears that the nitrogen atom has
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