Answer:
1350 cm³
Step-by-step explanation:
we have given that,
• Height of A = 10 cm.
1350
• Volume of A = 400cm³.
• Height of B = 15 cm.
• Both A and B solids are similar.
from above told concept we get,
→ V(A) / V(B) = (Height of A)³ / (Height of B)³
Putting all given values we get,
→400/ V(B) = (10)³/(15)³
→400/V(B) = (1000/3375)
→ V(B) = (400*3375) / 1000
→ V(B) = (4 * 3375) / 10
→ V(B) = 1350 cm³. (Ans.)
Hence, Volume of B will be 1350 cm³.
Answer:
(,0) or (4.6,0)
Step-by-step explanation:
3x+2y=14
3x+2·0=14 (An x-intercept's y-value is always 0, so substitute!)
3x+0=14
3x=14
x= or 4.6
Answer:
The answer would be 5x-18=13
Step-by-step explanation:
When given five times than a number, 5 would be multiplied by (x) since x can be any number. Less than 18 means subtract 18. Is equal to means an eual sign and the equation is equal to 13.
Hey there! I'm happy to help!
AREA
To find the area of a parallelogram, you multiply the base by the height.
12(6)=72
The area is 72 square centimeters.
PERIMETER
The two diagonal sides are 8 cm and the two bases are 12 cm.
8+8+12+12=40
The perimeter is 40 cm.
Have a wonderful day! :D
Answer:
At the end of 3 years, we could save upto $ 2975.4 with an interest rate of 3.3 %
Step-by-step explanation:
If we are putting $ 2700 into our IRA ( individual Retirement Account) for 3 years and we are earning 3.3% profit every year, we need to find the total amount saved at the end of 3 years.
Since the interest is calculated for more than 1 year, this is an example of compound interest.
The formula used is:
where FV = future value
P= Principal amount of money deposited
r= annual interest rate ( in decimal form)
n= number of times interest rate is compounded (yearly)
t= time period
So for our given guestion:
P= $2,700
r = 3.3 % = 0.033
n= 1
t= 3
putting our values in the formula
So, at the end of 3 years, we could save upto $ 2975.4 with an interest rate of 3.3 %