Answers:
a = -6/37
b = -1/37
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Explanation:
Let's start things off by computing the derivatives we'll need
Apply substitution to get
I've factored things in such a way that we have something in the form Msin(x) + Ncos(x), where M and N are coefficients based on the constants a,b.
The right hand side is simply sin(x). So we want that cos(x) term to go away. To do so, we need the coefficient (a-6b) in front of that cosine to be zero
a-6b = 0
a = 6b
At the same time, we want the (-6a-b)sin(x) term to have its coefficient be 1. That way we simplify the left hand side to sin(x)
-6a -b = 1
-6(6b) - b = 1 .... plug in a = 6b
-36b - b = 1
-37b = 1
b = -1/37
Use this to find 'a'
a = 6b
a = 6(-1/37)
a = -6/37
y=−40
Step-by-step explanation:
Step 1: Simplify both sides of the equation.
4−y5=2−2y8
4+−15y=2+−14y
−15y+4=−14y+2
Step 2: Add 1/4y to both sides.
−15y+4+14y=−14y+2+14y
120y+4=2
Step 3: Subtract 4 from both sides.
120y+4−4=2−4
120y=−2
Step 4: Multiply both sides by 20.
20*(120y)=(20)*(−2)
Answer:
y=−40
It is False.
because a inscribed angle is an angle formed by two chords in a circle which have a common endpoint, which is the vertex of the angle.This vertex does not have to be the center of the circle. The chords that make up the sides of the angle do not have to go through the center of the circle.
Your answer would be 57.5%.
A company makes baseball cards in packs of 10, boxes of 100, and cases of 1,000. A store orders a total of 15,470 cards. How can the company fill the order in the exact amount?
Answer: The company can fill the order in exact numbers as:
15 cases, 4 boxes, 7 packs
15 cases contain 
cards
4 boxes contain 
cards
7 packs contain 
cards
Therefore, the total cards are:
