Robert threw the Frisbee at 10 m/s.
This is because the formula for average speed is: v = d/t
v = Average speed or average velocity
d = Distance
t = Time
so the formula would say v = 50m/5s; v = 10m/s
The question with the complete options:
Look at these two sentences about Undeposited Funds. 1. By posting to Undeposited Funds, you can create a single bank deposit for multiple payments, making it easy ___________. 2. When receiving a payment, make sure _________________. Which of the options below correctly fills in the blanks? A.)1. To match your bank register with your bank statement; 2. the Deposit to account is Undeposited Funds
B) 1. To match your bank register with your bank statement; 2. the Deposit to account is Checking
C)1. To match your expenses with your bank statement; 2. the Deposit to account is Uncategorized asset
D)1. To match your bank register with your bank statement; 2. the Deposit to account is Uncategorized funds.
Answer: The correct option is A (1. To match your bank register with your bank statement; 2. the Deposit to account is Undeposited Funds)
Explanation: Undeposited funds is a type of account created to keep funds that are not yet deposited in the individuals account. It's a default account which is used by online marketers to keep funds until they are ready to be paid.
By posting to Undeposited Funds, you can create a single bank deposit for multiple payments, making it easy to match your bank register with your bank statement. When receiving a payment, make sure the Deposit to account is Undeposited Funds.
.
Answer:
60.46°
Explanation:
Given that, the wavelength of yellow light which is falling on grating is,
The angle is of the order of 3 means m=3.
And number of lines per mm is,
Therefore the condition of maxima,
Here,
And for third order maxima, m=3
Therefore,
Therefore, the angle for third order maxima is 60.46°.
Answer:
The speed of these waves is 222.22 m/s
Explanation:
A.
Since, we know that the speed of a wave is given by the formula:
v = fλ
where,
v = speed of wave
f = frequency of wave
λ = wavelength
Here,
λ = distance between consecutive wave crests
λ = 800 km = 8 x 10⁵ m
f = 1/Time Period = (1/1 hr)(1 hr/3600 s)
f = 2.77 x 10⁻⁴ s⁻¹
Therefore,
v = (2.77 x 10⁻⁴ s⁻¹)(8 x 10⁵ m)
<u>v = 222.22 m/s</u>