Answer:
triangular prism
Step-by-step explanation:
Answer:
256
Step-by-step explanation:
This question seems technical but it's actually simple depending on how much you understand it
2[3(42+1)]-2
We can actually see to brackets in the question...
So to solve we will have to solve those bracket one after another
Let's start with the inner bracket
3(42+1)
3(43)
129
Then let's move to the next bracket
2[129]
258
Then to the last part of the question
Which is 258-2
=256
Therefore the final answer is 256... you can see that the question is simple only when you understand it...
Hope it has helped you
Based on the amount that Nader can pay per month, and the interest rate as well as the period, the amount he could spend if the rate was annual is $8,385.33.
<h3 /><h3>How much could Nader spend on the car?</h3>
If Nader can pay $280 per month, the amount he can pay per year i:
= 280 x 12
= $3,360
The amount that he can spend on the car is the present value of these yearly payments:
= 3,360 x (1 - (1 + 9.8%)⁻³) / 9.8%
= 3,360 x 2.49563439768461
= $8,385.33
Find out more on the present value of periodic payments at brainly.com/question/17244776.
#SPJ1
Answer:
$1323.00
Step-by-step explanation:
A simple equation that can be used to figure this out is:
p*1.5*o=t
The variables mean:
p- hourly pay
o- hours worked overtime
t- total amount of money earned.
(Also, the 1.5 is always used to calculate overtime, no matter what job, unless otherwise specified, and as referred in the problem as "time and a half").
So, to finally work out this problem:
($14*1.5)*63=?
first, (14*1.5)= $21
($21*63)= $1323.
