How many structural isomers are possible for the molecular formula, C4H10?

What is the minimum number of carbons that must be present in a molecule to have a secondary carbon?

1.5) You have been provided with a text file called InterestingFacts.txt. It consists of 14 interesting facts about the Olympics. Each line starts with a year followed by a # and then the fact.  Here is a sample of the text file: (note that the lines are wrapped here but not in the actual file.)   1998#Surya Bonaly did a move which was banned  – a backflip landing on one blade. 2012#Paul McCartney earned 1 pound for his performance at the opening ceremony. 2002#Steven Bradbury was last until a collision occurred and left him the only one to finish, and so he got gold. Create two global arrays. one for the year as an integer and one for the fact. These will be parallel arrays. (3) Jy het ook ‘n tekslêer naamlik InterestingFacts.txt gekry. Dit bestaan uit 14 interessante feite oor die Olimpiese Spele. Elke reël begin met ‘n jaar gevolg deur ‘n # en dan die feit. Hier is ‘n voorbeeld van die tekslêer in Engels: (let op dat die lyne in die voorbeeld outomaties oorloop, maar nie in die werklike lêer nie.) 1998#Surya Bonaly did a move which was banned  – a backflip landing on one blade. 2012#Paul McCartney earned 1 pound for his performance at the opening ceremony. 2002#Steven Bradbury was last until a collision occurred and left him the only one to finish, and so he got gold. Skep twee globale skikkings. een vir die jaar as ‘n heelgetal en een vir die feit. Dit moet parallelle skikkings wees. 1.6) Create a user defined procedure which will read in the text file into the two arrays,. The fact should not include the #. Check if the file exists and if it does not then display a suitable message. (10) Skep ‘n gebruikersgedefinieerde prosedure wat in die tekslêer in die twee skikkings sal lees. Die feit moet nie die # insluit nie. Kyk of die lêer bestaan en as dit nie bestaan nie, dan moet ‘n geskikte boodskap vertoon word.  

Which atom is least likely to form a polar covalent bond with carbon?

QUESTION 5 On the main form the btnQ5Click procedure opens the form frmQuestion5.Open the unit Question5_u.For long distance race there are often more athletes than there are the  number of tracks. So the athletes are ranked by qualifying times. and then given a position. For this race there are 3 lanes and 12 athletes.If Athlete A1 has the fastest time he gets track1 place 1, if athlete A2 has the second fastest time he gets track2 place 1 etc   Place 1 Place 2 Place 3 Place 4 Track1 A1 A4 A7 A10 Track 2 A2 A5 A8 A11 Track 3 A3 A6 A9 A12 Read the entire question before you start coding!   VRAAG 5 Op die hoofvorm maak die btnQ5Click prosedure die vorm frmQuestion5 oop.Maak die eenheid (unit) Question5_u oop.Vir die langafstande is daar baie dikwels meer atlete as wat die hoeveelheid bane dit toelaat. Atlete word geplaas volgens hulle kwalifiserende tye en hulle kry hulle posisie daarvolgens. Vir die wedloop is daar 3 bane en 12 atlete.As atleet A1 die vinnigste tyd het kry hy baan 1 en plek 1, as atleet A2 die tweede vinnigste tyd het, kry hy baan 2 en plek 1 ens.   Plek 1 Plek 2 Plek 3 Plek 4 Baan 1 A1 A4 A7 A10 Baan 2 A2 A5 A8 A11 Baan 3 A3 A6 A9 A12 Lees die hele vraag noukeurig voordat jy met die kodering begin.    

How many carbon atoms are there in the longest continuous chain of the molecule shown? (CH3)3C(CH2)3CH3

Which of the following is an isomer of the molecule shown below?

Which atom is least likely to form a polar covalent bond with carbon?

Give the formal charge of each atom in the structure below. (All non-bonding electrons are included.) Give answer in this format:  left N ____, middle N ____, right N ____

Calculate the empirical and molecular formulas of the compound with molecular weight 122 and an elemental analysis of 59.01% C, 4.97% H, 13.12% O, and 22.90% N.