Answer: Yes.
Step-by-step explanation:
First, we will solve the given equation for y.
Given:
-6 + 4y < 6
Add 6 to both sides of the equation:
4y < 12
Divide both sides of the equation by 4:
y < 3
Then, we will confirm if the given coordinate point is within this range. We find that this is a solution.
y < 3
-3 < 3 ✓
Step-by-step explanation: First equation: 3.4.1 3y + 7 = 4y
Subtract 3y from both sides: 3.4.1 (3y - 3y) + 7 - 3y = 4y - 3y
Simplify: 3.4.1 7 = 4y
Divide both sides by 3.4.1: 7 / 3.4.1 = 4 / 3.4.1 * y
Multiply both sides by y: 7y = 4 * 3.4.1y
Substitute 7y with LHS: 4 * 3.4.1y = 7 * Second equation: 3.4.2 10 - 3y + 4 = 8 + 4v - y
Add 3y to both sides: 3.4.2 (10 - 3y + 4) + 3y = 8 + 4v - y + 3y
Simplify: 3.4.2 17 = 12 + 4v
Subtract 12 from both sides: 3.4.2 (17 - 12) + 12 = 4v
Divide both sides by 3.4.2: 4.2 * 5 = 4v
Multiply both sides by v: 4.2v = 4 *
What is the value
Will mark brainliest
Answer:
nr. 1 and 3 is a Dilation 2 and 4 are not Dilations
Step-by-step explanation:
Dilation is an elnargment or shink of a figure by a x(factor) that makes the SAME image but smaller or larger
Answer:
cos theta = adjacent/hypotenuse =
Step-by-step explanation:
csc theta = hypotenuse/opposite = /1 (reciprocal identity)
1^2 + b^2 = ^2 (pythagorean theorem)
b^2 = 5-1
b = 2
cos theta = adjacent/hypotenuse = 2/ (quotient identity)