We are giiven with two realms: 36 students who passed test 1 and <span>38 who passed test 2 in which 42 students overall took the test. to determine U' or those who didn't pass either of the tests, then we use the formula:
A or B = (A+B)-AandB
A/B = (36+38)-AandB= 74-AandB
42 = A+ B - AandB + U'; 42 = 74- AandB+ U'
where U' is the number who did not pass
U'= -32 + AandB
U' cannot be negative but can be zero,
AandB = 32 @ minimum number of those who fail.
AandB cannot be greater than 38 but can be greater than 36, hence
U' = -32 + 38 @ maximum number of those who fail.
Answer then is 6.
</span>
The answer is -3 and 4. (-3)•4=-12 and -3+4=1
Weight in Robbie backpack is
pounds or 4.5 pounds
<em><u>Solution:</u></em>
Given that Today Robbie is carrying his history textbook and his lunch in his backpack.
<em><u>To find: weight in Robbie's backpack</u></em>
<em><u>From given,</u></em>
Weight of history book =
pounds
Weight of lunch =
pounds
weight in Robbie's backpack = Weight of history book + Weight of lunch

Convert the mixed fractions

Thus weight in Robbie backpack is
pounds or 4.5 pounds
Answer:
P = 110N + 1,900.
$4,540.
Step-by-step explanation:
Her base salary is $1,900, so your constant/y-intercept for the equation is $1,900.
She makes an additional $110 for each copy, so your slope is $110.
P (the total pay) = 110 * the number of copies sold + 1,900
P = 110N + 1,900.
She sells 24 copies.
P = 110 * 24 + 1,900
P = 2,640 + 1,900
P = 4,540.
So, her total pay is $4,540.
Hope this helps!
The graph of the function that models the reproduction of the guppies in the aquarium is of the exponent form, where its base is 4 and X is the exponent.
The domain of this function is the set of all real numbers and the range are all positive reals.
The function is close to zero for negative values of X, but for positive values it grows rapidly.
Below is a graph of the aforementioned function:
y = 2 * (4 ^ x)
For x between -1.5 and 0.5 and for x between -6.5 and 5.5