Given
A line segment AB
line segment BC
AB = 10
BC = 6

To find -----> AC
As we can see that point B lies
on the line segment AC
Therefore , AC = AB + BC
=> AC = 10 + 6
=> AC = 16
Prove the following using appropriate methods. 10) a AC + AB + BC = AB + BC + AC b. AC + BC + AB EBC + AB+ AC
8. (2 points) Consider the mechanism below Step 1 (slow) A2 BC AB+AC AB BC B2AC Step 2 (fast) B2+ 2 AC overall A22 BC What is the rate law of the reaction? a. b. What compound is considered an intermediate?
Prove by algebraic method that a ̄ + ab + ac ̄ + a ̄bc ̄ = a ̄ + ̄b + c ̄.
R= ABCDEG decomposition: {AB, BC, ABDE, EG } F = {AB → C, AC → B, AD → E, B → D, BC → A, E → G} Is this lossless or not? Please Draw a table for this, the answer set online told me this is lossy, but when I do the table test, I find it is lossless.
Kindly answer the question neatly. Thanks.
In AABC, AB = AC and BC = 6 cm. D is a point on the side AC such that AD = 5 cm and CD = 4 cm. Show that ABCD – AACB and hence find BD.
(1 point) С 13 A 9 B If AB has length 9 and BC has length 13, find: • The length of AC: • The measure of angle B (in degrees): • The measure of angle C (in degrees): If you use a calculator to find a decimal approximation, your answer must be accurate to at least 3 decimal places. If you're using a calculator, be sure that your calculator is set to degrees, not radians.
Consider the rules AB -> C, AC -> B, BC -> A, where A,B,C are three items. The support for all the 3 rules is the same. a) TRUE b) FALSE
Choose a generic formula for combination reaction: A) A+B=C B) AB=A+B C) A+BC=AC+B D) AB+CD=AD+CB OB OA
Determine the member force for member ab , ac and bc
the trusses shown in the figure below, determine the member forces for members ab, ac and bc 5. For 12 m C. 8@4 m 32 m Joint C
1) Is Ea positive or negative for each of the following:
a) AB
b)BC
c)AC
2) Which step in the reaction AC
has the greatest Ea?
Reaction pathway