All you have to do is times 195 by 6:
195
x 6
-------------
1 1 7 0
Now make that back into £11.70
(6•9)^5
Answer: 0.0033
Step-by-step explanation:
Let x be a random variable that denotes the weights of cows.
Given:
maximum weight can be hold= 2840 pounds.
Mean weight = = 568 pounds
The probability their total weight will be over the maximum allowed of 2840
=
Hence, the required probability = 0.0033
The length of the other rectangle is 10.67 centimeters.
Those rectangles look the same but are different in size.
And in similar rectangles,
the corresponding sides are in proportion to each other and the corresponding angles are equal to each other.
Given:
The two rectangles are similar.
One has a length of 12 cm and a width of 9 cm,
and the other has a width of 8 cm.
Let the length of the other rectangle is n cm.
The corresponding side has a constant ratio.
So, 12/n = 9/8
9n = 12(8)
n = 12(8)/9
n = 10.67
Therefore, the required length is 10.67 centimeters.
To learn more about similar rectangles;
#SPJ3
Answer:10.7cm is the answer
Step-by-step explanation:
AND PLZ SHOW WORK
Answer:
Step-by-step explanation:
n is the number of times the interest compounds per year. If the interest in this problem only compounds once per year ("annually"), then n = 1 and you'd be just as well off to use the formula:
When n = 1, r/n is just r. But I'll show you using the formula they want you to use; it's the same anyways.
For us, P = 500, r = .015, n = 1. Filling that into the formula:
which simplifies down to
and
(see what I meant about not having to use the formula with "n" in it if n 1?)
That formula is the answer to part a. For part b, we are to find how long it takes for the account to reach $800. $800 goes in for A:
Begin by dividing both sides by 500 to get:
The only way to bring that t down from its current exponential position is to take the natural log of both sides. I will do that and at the same time apply the power rule for logs which says the exponent will come down out in front of the log:
Divide both sides by ln(1.015):
Do this on your calculator to find that
t = 31.5 years
–8
B.
–4
C.
2
D. 6