What passes through the points (-4,3) and (-4,-2)

Answers

Answer 1
Answer: The equation of the line through those two points is . . . . . . . . . . X = -4 . / / / The line has no y-intercept and undefined slope. It's the vertical line that crosses the x-axis at -4 and goes up and down forever.

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write an even number that has a 7 in the hundreds place , has an odd number in the thousands place and is multiple of 10
A construction worker tosses a brick from a tall building. The brick's height (in meters above the ground) t tt seconds after being thrown is modeled by h ( t ) = − 5 t 2 + 20 t + 105 h(t)=−5t 2 +20t+105h, left parenthesis, t, right parenthesis, equals, minus, 5, t, squared, plus, 20, t, plus, 105 Suppose we want to know the height of the brick above the ground at its highest point. 1) Rewrite the function in a different form (factored or vertex) where the answer appears as a number in the equation. h ( t ) = h(t)=h, left parenthesis, t, right parenthesis, equals 2) At its highest point, how far above the ground was the brick?
Evaluate tan(sin^-1 (-4/5))
fifteen percent of the workers at nationwide industries earn minimum wage. if 24 workers earn minimum wage, how many total workers are there at nationwide industries?
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Bob has some 10 lb weights and some 3 lb weights. Together, all his weights add up to 50 lbs. If x represents the number of 3 lb weights and y represents the number of 10 lb weights, which equation can be used to find the number of each type of weight Bob has?

Answers

Answer:

3x=50-10y  

Step-by-step explanation:

Just took the test on ed.

Final answer:

The given problem is a system of equations problem. The equation that represents how many of each type of weight Bob has is 3x + 10y = 50, where x represents the number of 3 lb weights and y represents the number of 10 lb weights.

Explanation:

In this scenario, we're given that Bob has a combination of 10 lb and 3 lb weights. If we let x represent the number of 3 lb weights and y represent the number of 10 lb weights, we know that all of his weights together total 50 lbs. This information leads us to a system of equations problem.

Since the weights of the 3 lb and 10 lb weights multiplied by their respective quantities (x and y) gives us the total weight, we can summarize this in an equation. The equation 3x + 10y = 50 would represent this scenario and could be used to find the number of each type of weight Bob has.

This equation is based on the principle of weight summation: the weight of each type of weight (3 lbs and 10 lbs) times the number of each type of weight when added together should equal the total weight (50 lbs).

Learn more about System of Equations here:

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9 over 5 divided by 5 over 2

Answers

(9 / 5) / (5 / 2)

Multiply numerator and denominator by 5;

(9) / (25 / 2)

Multiply numerator and denominator by 2;

(18) / (25)

It cannot be reduced, so final answer is 18/25.

A stereo costs £320. In a sale it is reduced by 25%. What is the sale price?

Answers

320*  (75)/(100) =320 *  (25* 3)/(25* 4) =320*  (3)/(4) = 80* 4 *  (3)/(4) =80* 3 = \boxed {240}

The Pentagon in Washington DC is immense in size, with each outside wall 921 feet in length. What is the perimeter of the Pentagon? A. 3,684 ft. B. 4,605 ft. C. 5,526 ft. D. 2,663,476.74 ft.

Answers

921×5= B. 4,605


Hope this helps!!!

A deck of cards contains 52 cards. These cards consist of four suits (hearts, spades, clubs, and diamonds) of each of the following 2.3.4.5, 6, 7, 8, 9, 10, jack,queen, king, and ace. If a card is chosen from a deck of cards, find the probability of drawing a 6
The probability of drawing a 6 is
(Type a whole number or a simplified action.)

Answers

\mathfrak{\huge{\pink{\underline{\underline{AnSwEr:-}}}}}

Actually Welcome to the Concept of the Probabilities.

Here, In the game of cards, we have total number of 52 cards in a deck. Since here we have to find the probability of Card 6 from the whole deck.

Let's solve,

Total Number of Cards we have = 52

Total number of 6 numbered Cards in deck = 4

Hence, probability = Favourable Outcomes ÷ Total No. of Outcomes.

So, the Probability of getting a 6 Card = 4/52

= 1/13

Hence the probability is 1/13.

Evaluate. 8.76 + (–3.05)
a. –11.81
b. –5.71
c. 5.71
d. 11.81

Answers

8.76 + (–3.05)
= 8.76 – 3.05
= 5.71
The answer is c.