Answer:
Your correct answer is D. The reasonable number of seconds when the basketball is in the air is between 0 seconds and 2.5 seconds.
Step-by-step explanation:
Hope this helps :) -Mark Brainiest Please :)
I hope this helps you
Distance=time×Speed
Distance=2×50=100
100=?×60
?=100/60
?=1,6666666...
We can use the subtraction property of logs to expand the right side of the equation:
log(1/H*) = log(1) - log(H*)
No matter what base we’re using, log(1) = 0, so this simplifies to -log(H*). We’re also given a pH value of 3.6, so we can substitute this value into the original equation along with -log(H*) to get
3.6 = -log(H*)
Multiplying by -1 on both sides:
-3.6 = log(H*)
And rewriting in exponential form:
H* = 10^(-3.6) = 0.0003 (rounded to the nearest ten thousandth)
Hi there!
You need to prove that line segment DE ≅ GH.
You're given:
Line segment DJ ≅ line segment GJ;
E is the midpoint of line segment DF;
H is the midpoint of line segment GJ.
You can justify that line segment DE ≅ line segment GH with the midpoint definition, which is a point on a line segment that divides it into two equal parts. The two equal parts in this case are line segments DE and GH, so DE ≅ GH.
Please comment with <em></em>any questions!
A: Jeremy is correct, agree the congruence postulate states "<span> that if two sides and the included angle of one triangle are </span>congruent<span> to two sides and the included angle of another triangle, then the triangles are </span>congruent<span>."
B: The segment addition postulate can also be used</span>
