Answer:
Step-by-step explanation:
Answer:
Interval Enlargement, reduction, or no size change? Does the image rotate 180° about the center of dilation?
0 < n < 1 reduction no
n = 1 no size change no
n > 1 enlargement no
-1 < n < 0 reduction yes
n = -1 no size change yes
n < -1 enlargement yes
Step-by-step explanation:
Answer:
1
Step-by-step explanation:
Work for Point 2
Work for Point 3
Work for Point 4
Answer:
(0, 3 ), (5, 0), (10, -3), (15, -6)
Step-by-step explanation:
3x − 5y = 15
-5y = 3x + 15
y =
Point 1: (0, 3 )
y = -3/5(0) + 3
y = 0 + 3
y = 3
Validate:
3 = -3/5(0) + 3
3 = 3
Point 2: (5, 0)
y = -3/5(5) + 3
y = -3 + 3
y = 0
Validate:
0 = -3/5(5) + 3
0 = 0
Point 3: (10, -3)
y = -3/5(10) + 3
y = -6 + 3
y = -3
Validate:
-3 = -3/5(10) + 3
-3 = -3
Point 4: (15, -6)
y = -3/5(15) + 3
y = -9 + 3
y = -6
Validate:
-6 = -3/5(15) + 3
-6 = -6
Answer: For this problem, you cannot go over 10! so remember guys you can graph it however you want for example if you wanted to you could do -3/5(-2) + 3 for the first point but you would have to solve it. the next one would be maybe -3/5(-1) + 3 if you wanted to go up by plus one REMEMBER this is your OWN graph so do whichever number order you want it doesn't matter you can increase by 1 or 2 or 3 but the final point shouldn't be over ten or you will get the problem wrong. Good Luck I hope I get an A and I hope you guys get A's as well. Do ur absolute best on this
Answer:
4
Step-by-step explanation:
To find the answer we need to do KCF
KCF = Keep Change Flip
2/3 x 6/1 = 12/3
Simplified: 4/1
Answer:
2/3÷1/6
=2/3×6
=2×2
=4