Answer:
120°
Step-by-step explanation:
Answer:
C. In step 4, the (pie) should have canceled, making the correct answer 9 cm.
Step-by-step explanation:
Volume=576π cubic centimeters
Radius=8 cm
h=?
Her work:
Volume of a cyclinder=πr^2h
Step 1:
576π= π8^2h
Step 2:
576π = 64πh
Step 3:
576π / 64π = 64πh / 64π
Step 4:
h=9π cm
Correct workings:
Step 1:
576π= π8^2h
Step 2:
576π = 64πh
Step 3:
576π / 64π = 64πh / 64π
Step 4:
h= 9 centimeters
Her error is in step 4
C. In step 4, the (pie) should have canceled, making the correct answer 9 cm.
Answer:
the error was made in step 4, should have also been cancelled making the correct answer as 9 cm.
Step-by-step explanation:
$4,500 worth of repairs? How much will Jefferson have to pay total to fix the house and his car?
Answer: Since Jefferson has a $1,000 deductible on his comprehensive/collision insurance, he will have to pay the first $1,000 of his car repairs himself. The insurance will cover the remaining amount, which is $4,500 - $1,000 = $3,500.
For the damage to the house, Jefferson's property damage insurance will cover up to $30,000. Since the damage to the house is $40,000, Jefferson will have to pay the difference out of his own pocket. The amount he will have to pay is $40,000 - $30,000 = $10,000.
Therefore, the total amount Jefferson will have to pay to fix the house and his car is $1,000 + $3,500 + $10,000 = $14,500.
Step-by-step explanation:
Answer:
The answer is - budget constraint
Step-by-step explanation:
The slope of the budget constraint is determined by the relative price of the two goods, which is calculated by taking the price of one good and dividing it by the price of the other good.
A budget constraint happens when a consumer demonstrates limited consumption patterns by a certain income.
Answer:
1 and 1 on edg 2020
Step-by-step explanation:
just did the assignment
next question : Find the following determinant by hand.
answer is : 1
Next question : In mathematics, a pattern may suggest a conclusion, but it is not proof of it. Next you will prove that the determinant of a rotation matrix (CCW about the origin) must be 1. Luckily, there is the general rotation matrix you can use.
Answer : cos^2x + sin^2x
Next question : Using trigonometric identities, this can be simplified to
Answer : 1
Answer:
Step-by-step explanation:
Using both the rotation matrices earlier in this lesson and your matrix calculator, find each determinant.: 1 and 1
next question : Find the following determinant by hand.
answer is : 1
Next question : In mathematics, a pattern may suggest a conclusion, but it is not proof of it. Next you will prove that the determinant of a rotation matrix (CCW about the origin) must be 1. Luckily, there is the general rotation matrix you can use.
Answer : cos^2x + sin^2x
Next question : Using trigonometric identities, this can be simplified to
Answer : 1
/next question: In the lesson, you used the following matrices to create reflections
Answer: All these reflections resulted in CONGRUENT figures.
next question: Find the determinant of each of these: answer: - 1
next question: A • At =
a b
c d
where At is the transform of A. answer: a=1 b=0 c=0 d=1
next question: Repeat this process for the other three matrices. The product of a reflection matrix and its transpose is the identity matrix
Choose the correct choice for the matrix after applying the transformation to the triangle: A
The resulting matrix creates an image that is to the original triangle.: not similar
Find the determinant of the rotation matrix.
Det R = 1 which matches the determinant for our other translation matricies
Find the product of the matrix and its transpose: R·Rt is none of the above
The correct answer would be C, or x > -2.
Because the line is going up from -2, we know that x is going to be greater than 2 for a fact.
We can tell that it wont be greater than or equal to because the circle is clear and not filled.