<span>The numbers that are a distance of 1/2 unit from 3/5 on a number line are the numbers that are 1/2 units to the right and to the left of 3/5 on the number line.
The numbers are given by 3/5 - 1/2 and 3/5 + 1/2.
The numbers are 1/10 and 1 1/10
</span>
9514 1404 393
Answer:
4.0 seconds
Step-by-step explanation:
The equation for ballistic motion is ...
y = -4.9t^2 +22.1t
We want to find the larger value of t that makes y = 10.
10 = -4.9t^2 +22.1t
4.9t^2 -22.1t +10 = 0
Using the quadratic formula, we have ...
t = (22.1 + √(22.1² -4(4.9)(10)))/(2·4.9) = (22.1 +√292.41)/9.8 = 39.2/9.8
t = 4
The ball was in the air 4 seconds before it got stuck.
Answer:
give x a value, make sure that the answer of the equation inside the absolute value is less than or equal to 7
Answer: the fraction is already in simplest form, but you could make it a mixed number (1 5/7)
You are given a parallelogram <span>ABCD</span> with the following Cartesian plane coordinates:<span>A:(−7,3)</span><span>B:(−5,7)</span><span>C:(1,7)</span><span>D:(−1,3)</span>and are asked to provide a parallelogram <span><span>A′</span><span>B′</span><span>C′</span><span>D′</span></span> that is congruent to it. The easiest way to do this is to perform a simple shift (either upward or downward) of your original figure. Let us perform a downward shift of 1 unit on it for simplicity:<span><span>A′</span>:(−7,2)</span><span><span>B′</span>:(−5,6)</span><span><span>C′</span>:(1,6)</span><span><span>D′</span>:(−1,2)</span>Parallelogram <span><span>A′</span><span>B′</span><span>C′</span><span>D′</span></span> is congruent to parallelogram <span>ABCD</span><span> because their corresponding sides and angles are equal.</span>