Answer:
option 2
Step-by-step explanation:
I'm using the assumption that he will have to pay for 4 years (as stated in the problem). You will need the length of time he would be making payments (in months) or the total cost of the vehicle to solve this problem.
4 years = 12 x 4 = 48 months
Option 1: 500 + 195 (48) = 500 + 9360 = 9,860
Option 2: 4,000 + 55 (48 - 6) = 4,000 + 55 (42) = 4,000 + 2310 = 6310
If he can wait six months, it will save him about $3,500 to go with Option 2.
Answer:
(7/12)*pi
Step-by-step explanation:
ACD/circumference = [35*pi/180]/2pi
<=>
ACD/[2*pi*3] = [35*pi/180]/2pi
In other words, how many times does 32 go into 150 without going over?
150/32 = 4.6875
Now, the smallest number of people needed to complete the work is found in the ones place or 4.
See it???
Answer:
75.02
Step-by-step explanation:
we need to find the height so we mark the height as (o) since we only know the adjacent we will use tan.
So we will do tan/35 x o/100
to find o we need to multiply it
so O = 100 x tan35
O= 70.02
and we need to add the 5ft
so it will be 75.02 to the nearest decimal
A foot is 12 niches, and half of that will be 6 inches
