Answer: 3.4 centimeters.
Step-by-step explanation:
1. You have the following information given in the problem:
- He stacked 12 cans of tuna to make the display.
- The height of the stack of cans is 40.8 centimeters.
2. Therefore, keeping this on mind, to calculate the height of each tuna can you must divide the height of the stack of cans by the total number of cans. Then, you obtain the following result:
Answer:
1)= 1 kilogram per liter (kg/l) + 8.35 pound per gallon (lb/gal)
2)= 4.4704 meters per seconds
3)= 12in= 1ft ratio is 12:1
4)= 1ft=12in ratio is 1:12
5)= 3ft= 1 yard ratio is 3:1
6)=1 yard = 3ft ratio 1:3
Step-by-step explanation:
12 in = 1 foot
1 yard = 3 feet
1 yard = 36 in
I hope this helps
Answer:
a) $170
b) 12
Step-by-step explanation:
A = 250 - 20t
where A is Jina's account balance and t is the number of trips she takes.
a) If Jina takes 4 trips, then t = 4.
Substitute t = 4 into the given equation:
A = 250 - (20 x 4)
= 250 - 80
= 170
So Jina has $170 left in her account after 4 trips.
b) The calculate the maximum number of trips Jina can take without running out of money, set A to zero and solve for t:
when A=0: 0 = 250 - 20t
Add 20t to both sides: 20t = 250
Divide both sides by 20: t = 12.5
Therefore, Jina can take 12.5 trips. However, she can't take a half-trip so we should round the number down to 12 trips (as after 12 trips she will only have enough money left for half a trip).
So, the largest number of trips Jina can take without running out of money is 12.
33.19 = c-10+5.80
33.19 = c-15.80
+15.80 + 15.80
$48.99=c
The cost of the jacket is $48.99
Table 2 heheheheheehehehehheheheheehheheheheheheheehehehehhehehehehhehehehehehe