Answer:
29.97
Step-by-step explanation:
9.99x3=29.97
Answer: 192 cm^2
Step-by-step explanation:
With parallelograms like this, you an just multiply the width and length to find the area. If you cut the shape up in a certain way, it would make a rectangle, so the formula length*width=area would also apply to parallelograms.
Answer:
AC = 10 units .
Step-by-step explanation:
Given : Triangle ABC.
To find : What is AC.
Solution : We have given Triangle ABC.
Triangle BCD is right angle triangle .
By the Pythagorean theorem :
.
Plug the values .
.
289 = .
On subtractin g 64 from both sides.
289 - 64 = .
225 = .
Taking square root .
BD = .
BD 15 units .
AB = AD+ BD
21 = AD + 15
AD = 21 -15
AD = 6 units .
Now , Triangle ACD is right angle triangle .
.
.
.
Taking square root
AC = 10 units .
Therefore, AC = 10 units .
Answer:3
Step-by-step explanation:
The greatest common factor of the terms of the polynomial 3y2 – 21y + 36 is 3. This is because 3 is the highest number that can divide each term of the polynomial evenly and only the first two terms have 'y', so 'y' cannot be considered as a common factor for all terms.
The greatest common factor (GCF) of the terms of a polynomial is the highest number or variable that divides each term of the polynomial evenly. In this case, to find the GCF of the terms of the mathematical expression 3y2 – 21y + 36, we need to look at each term separately.
For the terms 3y2, -21y, and +36, the GCF in numerical terms is 3. However, since only the first two terms have y as a variable, y is not a common factor for all terms. Hence, the greatest common factor of the terms of the polynomial 3y2 – 21y + 36 is 3.
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L(which is length) is equal to 42 divided by width which is 6. so the equation is L=42/6
Answer:
L=42/6
Step-by-step explanation: