For the red flowers, there are 18 in each row. For the yellow flowers, there are 6 in each row.
Answer:
Indeed, the equation is solvable by factoring. By applying the given equation, you can take the square root of both sides. Since both 169 and 9 are perfect squares, the left-hand side simplifies to plus or minus 13/3, producing rational results. Adding 6 to 13/3 yields a rational number while subtracting it does too. Thus, a quadratic equation is factorable if its solutions are rational.
Question:
Let p: x = 4 Let q: y = −2 Which represents "If x = 4, then y = −2”? p ∨ q p ∧ q p → q p ↔ q
Answer:
The correct option is c: p → q
Explanation:
Option a: p ∨ q
p ∨ q indicates that either p is true, or q is true, or both hold true.
Therefore, Option a is not the right answer.
Option b: p ∧ q
p ∧ q signifies that both p and q are true.
Thus, Option b is not the correct choice.
Option c: p → q
p → q means if p is indeed true, then q must also be true.
So, Option c is the right choice.
Option d: p ↔ q
p ↔ q implies that if p holds true, then q is true, and vice versa.
Thus, Option d is not the correct option
.
Therefore, p → q is the accurate option.
To determine the time interval δt, we must subtract the starting time from the ending time. In this scenario, the first value in the coordinates signifies time:
δt=50 - 0
δt= 50s
The time interval is 50s.
Response:
Step-by-step explanation:
Information given:
Objective:
Calculate the maximum and minimum values
The max value is found as follows:
The min value is identified as follows:
