Answer: The 31st term is 367
Step-by-step explanation: An arithmetic sequence is derived such that every term is calculated by adding a common difference to the previous term.
The first term has been given as 12. And the value of the nth term shall be defined by the formula
nth term = a(n - 1) + 7. So in order to calculate the unknown term, simply substitute the term for n.
To calculate the 31st term, we apply the formula as follows
nth = a(n - 1) + 7
31st = 12(31 - 1) + 7
31st = 12(30) + 7
31st = 360 + 7
31st = 367
Therefore, the 31st term is 367
Answer
0.0555 …
Step-by-step explanation:
Answer:
4 $ on tax and 36 $ on purchase.hope this helps
Step-by-step explanation:
Answer:
Step-by-step explanation:
Given:
AP = 3,
PQ = 5,
QB = 7,
CP = 2,
QD = 14
Required:
1. PD
2. EQ
SOLUTION:
1. Based on Intersecting Chords Theorem,
AP = 3
PB = PQ + QB = 5 + 7 = 12
CP = 2
PD = ?
Plug in the values into the equation
Divide both sides by 2
b. Based on Intersecting Chords Theorem,
EQ = ?
QD = 14
AQ = AP + PQ = 3 + 5 = 8
QB = 7
Plug in the values into the equation
Divide both sides by 14
the answers are
the bases are congruent,
the volume of the first solid is twice as much as the volume of the second solid,
and
if the dimensions of the second solid are x by x by h, the first solid has 4xh more surface area than the second solid
(I just did this assignment)