Altho' I can easily guess what you're supposed to do here, I must point out that you haven't included the instructions for this problem.
I'll help you by example. Let's look at the first problem:
"Evaluate 6(z-1) at z-4."
Due to "order of operations" rules, we must do the work inside the parentheses FIRST. Replace the z inside (z-1) with "-4". We obtain
6(-4-1) = 6(-5) = -30 (answer.)
Your turn. Try the next one. If it's unclear, as questions.
Answer: The probability of finding a white individual among the progeny if you cross these two animals is ¼.
Step-by-step explanation: Since these two animals are heterozygous black animals (Bb), crossing Bb x Bb will produce offsprings that are black (¾) and white (¼).
The first B will meet with the second B to form a BB (Black) progeny.
The first B will meet with the second b to form Bb (Black) progeny.
Likewise, the first b will meet with the first B to form Bb (Black) progeny.
Lastly, the first b will meet with the second b to form bb (white) progeny.
These are the possible progeny from the cross between Bb and Bb. Therefore, the probability of having white offspring is ¼.
Answer:
0; The struct definition just creates a type but does't allocate memory. Later variable declarations like Point myPoint will allocate memory allocations
Step-by-step explanation:
Answer:
5668.3
Step-by-step explanation:
The problem can be represented as a right angled triangle as shown below.
The angle of depression is equivalent to the angle inside the triangle (alternate angles) and it is 34°.
The altitude of the balloon is 2999 feet. (opposite)
Using trigonometric function, SOHCAHTOA, we can solve this:
The pilot is 5668.3 feet far away from the house.
Well, I'm assuming you haven't had your question answered yet in these 58 minutes. I'm not 100% sure but I would think that you would do the reverse of the equation to find the area of a circle to find the radius of the pizza cutter. So you would find the radius using the equation A=
r
to figure out the RADIUS. THEN, you would plug in the radius into the equation C=
to figure out the circumference. Next, you would multiply the circumference by 4. This would give you the diameter of the pizza. Finally, you would plug in the diameter of the pizza into this equation: A=
to find the area of the pizza. I am pretty sure this would work and there's probably an easier way that I don't know about. Assuming you get this in time, good luck! :)
