when alkene hydrogens are in the opposite side of the double bound we call them?
when alkene hydrogens are in the opposite side of the double bound we call them?
How many hydrogens will a 10-carbon alkene (one double bond, no heteroatoms) have (i.e., C10H22) 16) Answer: C) 20 D) 22 A) 16 B) 18 17) Which of the following alkenes has an E-configuration? ci o C) Answer: cl 18) Which of the following alkenes is the most stable? B) A) D) C) Answer: 19) What mechanism would this elimination (that obeys the Zaitsev's rule) follow? ci KOH C) SNI D) SN2 Answer: A) E1 B) E2 20) What is...
Predict the products when each alkene is treated with O3
followed by Me2S
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Why can't ionic bonds ever be "double" or "triple", and why don't we represent them as "lines between atoms" like we do for covalent bonds? there is one reason that answers both questions.
4. One side of a thin metal plate is illuminated by the sun. When the air temperature is T,, the temperature of the illuminated side is T, and that of the opposite side is T2. What will be the temperatures of each sides be, if another plate of double thickness is used ? (temperature difference with surrounding is small) 2TⓇ + T/T2 – T(3T– T2) – Tż T? +T; T2 – T. (3T7 - T2) – T2 (T1 - To)...
Each of these is what we call a “maximizing agent”, which means
that each of them strives to maximize something. What is it that
each maximizes?
The system aims to accomplish a specific end, namely efficient
allocation of resources. What does this mean? How does this system
accomplish its goal? How does the satisfaction of needs & wants
fit into this economic system and its goal?
LESSON SUMMAR Circular Flow Diagram HOUSEHOLDS FACTORS INCOMES SPENDING GOODS CABPET KEANING FIRMS OStudy.com
Project Objectives: To develop ability to write void and value returning methods and to call them -- Introduction: Methods are commonly used to break a problem down into small manageable pieces. A large task can be broken down into smaller tasks (methods) that contain the details of how to complete that small task. The larger problem is then solved by implementing the smaller tasks (calling the methods) in the correct order. This also allows for efficiencies, since the method can...
Given a double variable named x that has been declared and given a value, let's use a binary search technique to assign an estimate of its square root to another double variable, root that has also been declared. Let's assume that x's value is greater than 1.0 -- that will simplify things a bit. Here's the general idea: Since x>1, we know its square root must be between 1 and x itself. So declare two other variables of type double...
1. How could we find out when a gene (lets call it YFG) is expressed in cells across the flies development (from baby to adult)?
1. How could we find out when a gene (lets call it YFG) is expressed in cells across the flies development (from baby to adult)?
5. Consider a case in which the solubilities of two substances (we will call them Substance A and an impurity Substance B) are both 1.000g/ 100.0 mL of solvent at 20.0 C and 10.000 g/100.0 ml of solvent at 100.0 °C (their solubilities are independent of each other, meaning that 1.000 g A and 1.000 g B can dissolve in 100.0 mL solvent at 20.0°C 10.000 g A AND 10.000 g B can dissolve in 100.0 mL solvent at 100.0*c)....