If two congruent angles form a linear pair, then __________.A.
one angle is acute and the other angle is obtuse
B.
they are both right angles
C.
they are both acute angles
D.
they are both obtuse angles

Answers

Answer 1
Answer: The correct answer is option B. If two congruent angles form a linear pair, then they are both right angles. Two figures are said to be congruent when they have the same shape and size or if one object is a mirror image of the other object.

Related Questions

8. The base of a circular cone has a diameter of 10 cm and an altitude of 10 cm. The cone is filled with water. A sphere is lowered into the cone until it just fits. Exactly one-half of the sphere remains out of the water. Once the sphere is removed, how much water remains in the cone?
The following are angles in a convex quadrilateral: Angle A = 34 degrees Angle B = 108 degree Angle C = 65 degrees What is the measure of the missing angle?
What is the solution to the equation?4 x squared − 3 equals 77 Choose all answers that are correct. A. 5 square root of 2 B. 2 square root of 5 C. − 2 square root of 5 D. − 5 square root of 2
Change the fraction to a decimal: 13/50
. Find x: 3x − 14 + 6 − 4 − 2x = 12

Simplify 2a2b3(4a2 + 3ab2 – ab) = ? A. 8a4b3 + 6a3b5 + 2a3b4
B. 8a4b3 + 6a3b5 – 2a3b4
C. 8a4b5 + 3a3b5 – 2a3b4
D. 8a4b5 + 3a3b5 + 2a3b4

Answers

2a²b³(4a² + 3ab² - ab)
2a²b³(4a²) + 2a²b³(3ab²) - 2a²b³(ab)
8a⁴b³ + 6a³b⁵ - 2a³b⁴

The answer is B.

At the grocery store watermelon costs $1.27 per pound. If Heather buys a 5.5 lb watermelon, which proportion could she use to find out how much it will cost, c?

Answers

If you would like to know how much will the watermelon cost, you can calculate this using the following steps:

$1.27 ... 1 pound
$c = ? ... 5.5 pounds

1.27 * 5.5 = 1 * c
c = 1.27 * 5.5
c = $6.99

The correct result would be: c = $1.27 * 5.5 pounds = $6.99.

Answer:

It's D.) 1/1.27 = 5.5/c

Step-by-step explanation:

Set up the proportion to be  

weight in pounds

cost

. Keeping the variables the same on both sides the correct proportion is

1 /1.27

=  

5.5 /c .

A standard number cube is tossed. Find P(even or greater than 4).a. 5/6
b. 1/6
c. 2/3
d. 1/2

Answers

2/3 because again 3 evens in #1-6 with 5 being bigger than 4 and not even so 3+1=4; 4/6. simplified: 2/3

Miss Blue's gross pay is $903.75. Assuming 7.65% social security withholding, how much should her employer withhold from her check for social security?

Answers

Miss Blue's gross pay is 903.75 dollars.
=> the rate of the Social Security is 7.65%.
Now, let's solve for the amount that the employer should withhold from her salary.
=> 903.75 dollars * .0765 = 69.137 dollars will be deducted to her salary.
=> 903.75 dollars - 69.137 dollars = 834.61 dollars is the remaining of her salary.

Miss Blue's gross pay is $903.75. Assuming 7.65% social security withholding, how much should her employer withhold from her check for social security?

The answer is 69.14


An angle measuring (870n)° is in standard position. For which value of n will the terminal side fall along the positive portion of the y-axis?

Answers

An angle measuring (870n)° is in standard position.The value of n in which the terminal side falls along the positive portion of the y-axis would be 1. This is because the reference angle would fall on the second quadrant, which still denotes a positive portion of the y-axis.

Answer: n=3

Step-by-step explanation: took on edg

Which measurement is most accurate to describe the weight of a quarter?630 g
63 mg
6.3 g
0.63 kg

Answers

Answer: 6.3 g

Step-by-step explanation:

First, we need to put every mesure into the same unit. Let's put all into grams.

- kg would be too heavy for a quarter (consider that we use kg to weight people, for example)

- mg is too light (consider that we use mg to weight pills, for example)

We know that

1 kg = 1000 g

1 g = 1000 mg

630 g = 630 g

63 mg  = 63/1000 = 0.063 g

6.3 g  = 6.3 g

0.63 kg = 0.63*1000 = 630 g

The most suitable answer for a quarter is 6.3g, because 630 g would be too heavy and 0.063 g would be too light.

63 mg it is the smallest measurement listed.