r to the 4th power = r⁴
t to the third power = t³
r to the 4th power times t to the third power would be written as:
(r⁴)(t³)
Answer:
Step-by-step explanation:
The smallest zero is x=-7 with multiplicity of 1
The middle zero is x=2 with the multiplicity of 2
The largest zero is x=0 with the multiplicity of 7.
So, basically you just find the zero for each of the terms by setting em equal to 0 and then the multiplicty of it is the exponent for that particular term!
Hope this helps!
Please mark brainliest if you think I helped! Would really appreciate!
Answer:
The answer is not in the list you gave.
Step-by-step explanation:
From what I understood, the problem is read 9 - (1/2)4 x 48. You would follow PEMDAS and start with the parentheses. 1/2 of 4 is 2. 2 multiplied by 48 is 96. 9 - 96 = -87. So maybe you misread the problem.
The trick here is realizing that both angles equal each other. There's a rule for this, but generally you can tell just by looking.
So what we can do is set these two equations equal each other, solve for x, and then plug x into angle B's original equation.
8x - 10 = 3x + 90
5x = 100
x = 20
now we plug that x into angle B
3x + 90
3(20) + 90
60 + 90
150
Angle B = 150°
Answer:
5.7 + 2.5/10x ≥ 8
where x is the artistic score
Step-by-step explanation:
if the technical score is 7.6/10 = 76% of 75% = 0.57 out of 10.
there are still 2.5 more points that can be obtained, so the gymnast needs 8 - 5.7 = 2.3 out of 2.5 possible points
the inequality would be:
5.7 + 2.5/10x ≥ 8
where x is the artistic score
2.5/10x ≥ 8 - 5.7
2.5/10x ≥ 2.3
x ≥ (2.3 x 10) / 2.5
x ≥ 9.2
