MATHEMATICS COLLEGE

What is the product of 4.201 and 5.3? Round to the nearest hundredth

Answers

Answer 1

Answer:

Answer:

22.2653 or 22.27

Step-by-step explanation:

hope this helps

Answer 2

Answer:

Answer: 22.265

Step-by-step explanation: 4.201x5.3 = 22.265

Related Questions

Hey !! Can anyone help me with this question please and thank you !
Sanjay attempts a 49-yard field goal in a football game. For his attempt to be a success, the football needs to pass through the uprights and over the crossbar that is 10 feet above the ground.Sanjay kicks the ball from the ground with an initial velocity of 73 feet per second, at an angle of 34° with the horizontal.What is true of Sanjay's attempt?ResponsesThe kick is not successful. The ball is approximately 5 feet too low.The kick is not successful. The ball is approximately 8 feet too low.The kick is not successful. The ball is approximately 2 feet too lowThe kick is good! The football clears the crossbar by approximately 5 feet.
Rewrite the expression as a product using GCF and distributive property= 27+45= Explain your answer.
Please help I'm really stressed about this it's simple it's the last question on this assignment I'll mark brainliest plzzz help
The daily demand for ice cream cones at a price of $1.20 per cone is 50 cones. At a price of $2.20 per cone, the demand is 30 cones. Use linear interpolation to estimate the demand at a price of $1.50 per cone.

Taylor can clean pools at a constant rate of 2/5 pools per hour how many pools can Taylor clean in 25 hours

Answers

Step-by-step explanation:

2/5 = 0.4 pool per hour

When multiplied by 25 hours

0.4 x 25 = 10

He can clean 10 pools in 25 hours

Answer:

qwerwertyuwerth

Step-by-step explanation:

1ettfgghhjjj just tryna get points

Adams Manufacturing allocates overhead to production on the basis of direct labor costs. At the beginning of the year, Adams estimated total overhead of $396,000; materials of $410,000 and direct labor of $220,000. During the year Adams incurred $418,000 in materials costs, $413,200 in overhead costs and $224,000 in direct labor costs. Compute the predetermined overhead rate.

Answers

Answer:

1.8 times the cost of labor.

Step-by-step explanation:

At the beginning of the year, the rate for overhead was estimated to be ...

(overhead $)/(direct labor $) = $396/$220 = 1.8

The overhead rate is 1.8 times the labor cost.

bananas cost $0.80 a pound. in a relation, the input is the number of pounds of bananas and the output is the cost.

Answers

Yes because one input (number of pounds of banana) will always have the same output (cost).

Answer:

True. This isn't really a question but it is a statement

Step-by-step explanation:

1 pound 80 cents

2 pounds 1.60

3 pounds 2.40

and so on

Which statements can be used to write an algebraic expression to represent the phrase? ( The product of number and eighteen )check all that apply:
A. replace a number with a variable?
b. product represents addition
c. product represents multiplication?
d. the coefficient is 18.
e. the correct algebraic expression is 18t.
f. 18 is a veritable.
g. the correct algebraic expression is t/18.

Answers

Answer:

a e f and g I think this because it has to be then they say that then ya

Find the points on the given curve where the tangent line is horizontal or vertical. (Assume 0 ≤ θ < π. Enter your answers as a comma-separated list of ordered pairs.)r = 6 cos(θ)

Answers

Answer:

point of horizontal tangent is $(0^(o),6)$ and point of vertical tangent is $(-15.17^(o),5.79)$

Step-by-step explanation:

For a horizontal tangent it's slope should be zero thus

$r=6cos(\theta )\n\n(dr)/(d\theta)=-6sin(\theta )$ $\therefore -6sin(\theta)=0\n\n \Rightarrow \theta =0,\pi$

Thus the ordered pair of $(\theta ,r)$ becomes (0,6) at this point tangent is horizontal

For a vertical tangent it's slope should be $(\pi )/(2)$

Again differentiating the given curve we get

$r=6cos(\theta )\n\n (dr)/(d\theta)=-6sin(\theta )$ $\therefore -6sin(\theta)=(\pi )/(2)\n\n\Rightarrow \theta =sin^(-1)(-\pi )/(12)$

$\therefore \theta =-15.17^(o)$

Thus the ordered pair of vertical tangent becomes ( $\theta =-15.17^(o),5.79)$

Yearly travel expenses for a family of four are normally distributed with a mean expense equal to $3,000 and a standard deviation equal to $500. What is the probability of travel expenses being greater than $4,000?