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Give the boundaries of each value.
a) 42.8 miles.
b) 1.6 milliliters.
c) 5.36 ounces.
d)...
Give the boundaries of the given value. 14.53 A) 14.52-14.54 B) 13.53-15.53 C) 14.525-14.535 D) 14.529-14.531
Give the boundaries of the given value. 14.53 A) 14.52-14.54 B) 13.53-15.53 C) 14.525-14.535 D) 14.529-14.531
Give 10 cities located within 1,000 miles (left to right) by 1,000 miles (bottom to top)...
Give 10 cities located within 1,000 miles (left to right) by 1,000 miles (bottom to top) region, calculate the shortest traveling path from the traveling salesman problem. The 10 cities are A, B, C, D, E, F, G, H, I, and J. Locations of 10 cities are A (X: 100, Y: 300) B (X: 200, Y: 130) C (X: 300, Y: 500) D (X: 500, Y: 390) E (X: 700, Y: 300) F (X: 900, Y: 600) G (X: 800,...
IN C PLEASE Find the maximum value and minimum value in miles Tracker. Assign the maximum...
IN C PLEASE
Find the maximum value and minimum value in miles Tracker. Assign the maximum value to maxMiles, and the minimum value to minMiles. Sample output for the given program: Min miles: -10 Max miles: 40 (Notes) 1 tes pass ㄷ Alltes int j; 1 #include <stdio.h> 2 3 int main(void) { 4 const int NUM_ROWS = 2; 5 const int NUM_COLS = 2; 6 int milesTracker [NUM_ROWS] [NUM_COLS]; 7 int i; 8 9 int maxMiles = 0; //...
answer both 15 and 15 ounces. Construct a percent confidence 99 C (12022, 12.178] D) [12014,...
answer both 15 and 15
ounces. Construct a percent confidence 99 C (12022, 12.178] D) [12014, 12 interval for the average fluid content of a can. 14 10 tennis players compete in a competition. If each player plays one match with each other player, what are the total numbers of matches? A C) 45 E) 90 B) 1057 D) 1814400 F) none of these 45 、 15 In a standard deck of cards, how many different 3-cards hands are there?...
The Yankee Stadium food menu includes dirty fries and loaded fries. Let D be the weight, in ounces, of a randomly selec...
The Yankee Stadium food menu includes dirty fries and loaded fries. Let D be the weight, in ounces, of a randomly selected order of dirty fries. Let L be the weight, in ounces, of a randomly selected order loaded fries. Suppose D is normally distributed with a mean weight of 5.2 ounces and a standard deviation of 0.4 ounces. Suppose L is normally distributed with a mean weight of 5.4 ounces and a standar deviation of 0.5 ounces. L and...
Only answer (a, d, e, f, h, i) please! Give the oxidation state of each element...
Only answer (a, d, e, f, h, i) please!
Give the oxidation state of each element in the following
compounds and ions:
Only answer (a, d, e,
f, h, i) please!
(a) CaO; (b) H20; (c) HF; (d) FeCl2; (e) XeFc; (f) OsO4; (g) Na2SO4; (h) [PO41-; (i) PdCl.12- (j) (C104] ; (k) (Cr(OH2)6]3+. Appendix 7 Pauling electronegativity values (") for selected elements of the periodic table Values are dependent on oxidation state. Group 13 Group 14 Group 15 Group...
In the following code I give, everytime it will output ")". Input : ((A+B)*((C-D)/(E^F))) Expect...
In the following code I give, everytime it will output ")". Input : ((A+B)*((C-D)/(E^F))) Expected output : ((A+B)*((C-D)/(E^F))) A+B*C-D/E^F my output : ) My code : class Et: def __init__(self , value): self.value = value self.left = None self.right = None def isOperator(c): if (c == '+' or c == '-' or c == '*' or c == '/' or c == '^' ): return True else: return False def inorder(t): if t is not None: inorder(t.left) print (t.value) inorder(t.right)...
Given the following relation schemas and the sets of FD's: a- R(A,B,C,D) F={ABẠC,C7D, D´A, BC+C} b-...
Given the following relation schemas and the sets of FD's: a- R(A,B,C,D) F={ABẠC,C7D, D´A, BC+C} b- R(A,B,C,D) F={BẠC, BD, AD>B} C- R(A,B,C,D) F={AB-C, DC+D, CD+A, AD+B} d- R(A,B,C,D) F={AB=C, C+D, D™B, DE} e- R(A, B, C, D, E) F= {AB+C, DB+E, AE>B, CD+A, ECD} In each case, (i) Give all candidate keys (ii) Indicate the BCNF violation Give the minimal cover and decompose R into a collection of relations that are BCNF. Is it lossless? Does it preserve the dependencies?...
1. 2. What are the selectivity factors for each of the following? (give a numerical value)...
1.
2.
What are the selectivity factors for each of the following? (give a numerical value) F with a primary H = Cl with a tertiary H = Br with a secondary H = F with a tertiary H = How many different products would you expect from halogenation of the given alkanes with C12. (Give answer as a numerical value (e.g. 1, 2, 3...) B A С TE D Compound A makes 1 products. Compound B makes products. Compound...
Problem 2. [15 pts]: What are possible boundaries for studying each of the following (include sketches):...
Problem 2. [15 pts]: What are possible boundaries for studying each of the following (include sketches): a) Wind turbine. b) A household refrigerator in operation. c) Heat loss through a building envelope during the winter. d) Curing of concrete. e) A geothermal pile for a ground source heat pump f A tram (trolley car) network in a city ) Ventilation system for a commercial building h) Waste water treatment plant.
IN C PLEASE
Find the maximum value and minimum value in miles Tracker. Assign the maximum value to maxMiles, and the minimum value to minMiles. Sample output for the given program: Min miles: -10 Max miles: 40 (Notes) 1 tes pass ㄷ Alltes int j; 1 #include <stdio.h> 2 3 int main(void) { 4 const int NUM_ROWS = 2; 5 const int NUM_COLS = 2; 6 int milesTracker [NUM_ROWS] [NUM_COLS]; 7 int i; 8 9 int maxMiles = 0; //...
answer both 15 and 15
ounces. Construct a percent confidence 99 C (12022, 12.178] D) [12014, 12 interval for the average fluid content of a can. 14 10 tennis players compete in a competition. If each player plays one match with each other player, what are the total numbers of matches? A C) 45 E) 90 B) 1057 D) 1814400 F) none of these 45 、 15 In a standard deck of cards, how many different 3-cards hands are there?...
The Yankee Stadium food menu includes dirty fries and loaded fries. Let D be the weight, in ounces, of a randomly selected order of dirty fries. Let L be the weight, in ounces, of a randomly selected order loaded fries. Suppose D is normally distributed with a mean weight of 5.2 ounces and a standard deviation of 0.4 ounces. Suppose L is normally distributed with a mean weight of 5.4 ounces and a standar deviation of 0.5 ounces. L and...
Only answer (a, d, e, f, h, i) please!
Give the oxidation state of each element in the following
compounds and ions:
Only answer (a, d, e,
f, h, i) please!
(a) CaO; (b) H20; (c) HF; (d) FeCl2; (e) XeFc; (f) OsO4; (g) Na2SO4; (h) [PO41-; (i) PdCl.12- (j) (C104] ; (k) (Cr(OH2)6]3+. Appendix 7 Pauling electronegativity values (") for selected elements of the periodic table Values are dependent on oxidation state. Group 13 Group 14 Group 15 Group...
Given the following relation schemas and the sets of FD's: a- R(A,B,C,D) F={ABẠC,C7D, D´A, BC+C} b- R(A,B,C,D) F={BẠC, BD, AD>B} C- R(A,B,C,D) F={AB-C, DC+D, CD+A, AD+B} d- R(A,B,C,D) F={AB=C, C+D, D™B, DE} e- R(A, B, C, D, E) F= {AB+C, DB+E, AE>B, CD+A, ECD} In each case, (i) Give all candidate keys (ii) Indicate the BCNF violation Give the minimal cover and decompose R into a collection of relations that are BCNF. Is it lossless? Does it preserve the dependencies?...
1.
2.
What are the selectivity factors for each of the following? (give a numerical value) F with a primary H = Cl with a tertiary H = Br with a secondary H = F with a tertiary H = How many different products would you expect from halogenation of the given alkanes with C12. (Give answer as a numerical value (e.g. 1, 2, 3...) B A С TE D Compound A makes 1 products. Compound B makes products. Compound...
Problem 2. [15 pts]: What are possible boundaries for studying each of the following (include sketches): a) Wind turbine. b) A household refrigerator in operation. c) Heat loss through a building envelope during the winter. d) Curing of concrete. e) A geothermal pile for a ground source heat pump f A tram (trolley car) network in a city ) Ventilation system for a commercial building h) Waste water treatment plant.
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