The ratio of the numbers is 5 : 3 and the numbers are 10 and 6.
Given data:
The first number is x and the second number is y.
The ratio of the two numbers is 5 to 3, which can be expressed as x/y = 5/3.
The sum of the numbers is 16, which can be expressed as x + y = 16.
From the ratio x/y = 5/3:
3x = 5y (equation 1)
From the sum x + y = 16:
x = 16 - y (equation 2)
Now , substitute equation 2 into equation 1 to solve for y:
3(16 - y) = 5y
48 - 3y = 5y
48 = 8y
y = 48/8
y = 6
Substituting the value of y back into equation 2:
x = 16 - y
x = 16 - 6
x = 10
Hence, the numbers are x = 10 and y = 6.
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Answer:
x=5
Step-by-step explanation:
3 times 5= 15
15+21= 36
8 times 5 = 40
40-4=36
A. exosphere
B. troposphere
C. stratosphere
D. mesosphere
The __________ contains the highest concentration of ozone.
A. exosphere
B. troposphere
C. stratosphere
D. mesosphere
The _________ protects the earth from meteoroids.
A. exosphere
B. troposphere
C. stratosphere
D. mesosphere
The _________ layer is the coldest layer in the atmosphere.
A. exosphere
B. troposphere
C. stratosphere
D. mesosphere
Most weather occurs in the _________.
A. exosphere
B. troposphere
C. stratosphere
D. mesosphere
The __________ the atmospheric layer farthest from Earth.
A. exosphere
B. troposphere
C. stratosphere
D. mesosphere
Assuming that this is an Isosceles Triangle which has 2 sides equal, then we can assume as well that XZ being the base of 15 and the total perimeter is XWZ = 50.
Perimeter = X + W + Z
Therefore;
XWZ (50) – XZ (15) = 35
Since we are assuming that this is an Isosceles triangle then 2 sides should have equal distance.
35 / 2 = 17.5
Hence, XW = 17.5 and ZW = 17.5
Perimeter = 15 + 17.5 + 17.5 = 50
a.
$1,825
b.
$1,294
c.
$1,929
d.
$1,643
i just did it and its D
1643 is the annual premium for the cheapest policy Jeremy can buy.
The amount of money a business or an individual pays for a policy annually is called the annual premium.
Face value is the amount of benefits in the form of money or other beneficiaries a policy holder receives at maturity.
Age of Jeremy = 29
Face value of the policy = $90,000
Estimated annual premium = (Face value ÷ 1000) × rate
Annual premium payable for a man whole life = (90,000 ÷ 1000) × 18.25
= 90 × 18.25
= 1642.5 ≅ 1643
Hence, Annual premium for the cheapest policy having a 90,000 face value that Jeremy can buy is $1643.
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Answer:
Step-by-step explanation:
D