Answer:
similar, congruent, proportional
Step-by-step explanation:
I think, i'm 100% sure
Answer:
The time the catcher have to get in position to catch the ball before it hits the ground is nearly <u>5 seconds</u>.
Step-by-step explanation:
Given:
The variation of height of a ball above ground with time 't' is given as:
In order to reach the ground, the height will be 0 feet.
So, plugging in 0 for 'P(T)' and solving for time 'T', we get:
Solving for 'T' using the quadratic formula:
For a quadratic equation , the solutions are:
For the above equation,
Therefore, the values of 'T' are:
Negative time is neglected as time can't be negative.
Therefore, the time the catcher have to get in position to catch the ball before it hits the ground is nearly 5 seconds.
Answer:
Slope: -5/3 , Y-intercept: (0,5)
Step-by-step explanation:
Vote brainliest!
Let's call:
M = necklaces owned by Mary Sue
B = necklaces owned by Betty
You know that:
M + B = 603
M - B = 115
Therefore, when you have the sum and the difference of two numbers, in order to find the biggest number you have to sum the sum and the difference and divide it by 2, and in order to find the smallest number you have to subtract the difference from the sum and divide it by 2:
M = [(M + B) + (M - B)] ÷ 2
= [603 + 115] ÷ 2
= 359
B = [(M + B) - (M - B)] ÷ 2
= [603 - 115] <span>÷ 2
= 244
</span>
Hence, Mary Sue has 359 necklaces and Betty has 244 necklaces.
The answer is: " 2.5736 * 10³ " .
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