To find how many times greater you have to divide.In this question the bases are the same. This means you can use the exponent law for division.
The exponent for division sates that if you are dividing numbers with the same base but different exponents you can subtract the exponents.
(8.76 x 10e6)divided by (<span>8.76 x 10e2)
The answer of that is 8.76x10e4
This is because e6-e2 is e4
Therefore 8.76x10e6 is 10e4 times greater than 8.76x10e2</span>
<em>Answer: The experimental probability and relative frequency are the same.</em>
<em>Step-by-step explanation: In the question it ask you to compare the experimental probability of rolling an odd number with the relative frequency of rolling an odd number. If you compare these two things the outcome would be the same because these two terms are the same thing.</em>
<em>Look at the examples provided below:</em>
<em>"Example: you conduct an experiment where you flip a coin 100 times. ... So the experimental probability of getting tails in 100 trials is 53%, and 47 for getting heads in 100 trials."</em>
<em>Experimental probability</em>
<em>During the party, Scoundrel offered her left paw 62.5% of the time.</em>
<em>62.5% • 100 = 0.625 • 100 = 62.5 times.</em>
<em>it wouldn't make sense to offer a paw 0.5 times, so round 62.5 to 63. After 100 trials, Jenna can expect that Scoundrel will offer the left paw 63 times.</em>
<em>Hope this helps im new btw :D</em>
Answer: $18.20
Step-by-step explanation:
14.80-2.60 is 12.20.
her brother gives her 6 dollars
12.20+6 is 18.20, which that is the answer.
For x intercepts, plug in 0 for y.
0 = (x^2) - 2x - 35
*factoring* = (x-7)(x+5)
x intercepts = 7,-5
As for the vertex, you can use the equation -b/2a for the x-coordinate of the vertex
so,
x = -b/2a = -(-2)/2 = 1
then just find the y value by plugging it back in to the equation.
y = ((1)^2) - 2(1) - 35
= -36
so, vertex is at (1,-36)
A^2 + b^2 = c^2
Plug in some values
a^2 + (24)^2 = (25)^2
a^2 + 576 = 625
a^2 = 49
a = 7
So, A.