Line A is represented by the equation given below: x + y = 4 What is most likely the equation for line B, so that the set of equ
ations has infinitely many solutions? (1 point) Group of answer choices 4x + 4y = 4 4x + y = 4 2x + 2y = 8 x + y = 8
1 answer:
Answer:
2x+2y = 8
Step-by-step explanation:
Simply multiply the first equation x + y=4 by 2:
x + y=4
*2 *2
(x + y)2 = 8
2x+2y = 8
x + y = 4 and 2x+2y = 8 are the same equation. You can't solve x+y = 4, there's infinite number of solutions, just like how you can't solve 2x+2y = 8
You might be interested in
The is the answer: 8(50+2)
18, 42, and 27. they were all times by 2
5.0666666667=(6.2+5.5+3.5)/3, which would round to an average of 5 hours worked per day
They should use the conversion factor
1 mile = 5280 feet
To go from feet to miles, you divide by 5280
So,
4224 ft = 4224/5280 = 0.8 miles
The distance between their homes is exactly 0.8 miles
Its 1 quattordecillion or 1(48 zeros that I don't want to type)
