Select the smaller of the two given numbers., №17886910, 09.04.2023 20:39

Mathematics

Select the smaller of the two given numbers. -|19|, -|12|

Step-by-step answer

P Answered by PhD

-|12|

Step-by-step explanation:

|19| is 19, -|19| is -19

|12| is 12, -|12| is -12

-12>-19

Business

A personal computer is used for office work at home, research, communication, personal finances, education, entertainment, social networking, and a myriad of other things. Suppose that the average number of hours a household personal computer is used is 4.4 hours per day, across the population of households in the United States. Assume the the population of household usage times is normally distributed and the standard deviation for the times is 2 hours. You are told that a given household (Household A) from the population has the following two

Step-by-step answer

P Answered by Specialist

1

Check the explanation

Explanation:

There are also many alternatives ways to solve this problem, but i think that you can understand the below concept which i have provided in the attached image.

Business

A personal computer is used for office work at home, research, communication, personal finances, education, entertainment, social networking, and a myriad of other things. Suppose that the average number of hours a household personal computer is used is 4.4 hours per day, across the population of households in the United States. Assume the the population of household usage times is normally distributed and the standard deviation for the times is 2 hours. You are told that a given household (Household A) from the population has the following two

Step-by-step answer

P Answered by Specialist

1

Check the explanation

Explanation:

There are also many alternatives ways to solve this problem, but i think that you can understand the below concept which i have provided in the attached image.

Mathematics

The linear scale factor of two similar solids is given. Then the surface area and volume of the smaller figure are also given. Find the surface area and volume of the large figure. Scale factor: 5:8 Surface area: 475 volume: 1125 Surface area: ? volume: ?

Step-by-step answer

P Answered by PhD

Surface area: 1216

Volume: 4608

Step-by-step explanation:

Scale factor: 5:8

This means that the dimensions of the larger figure are 8/5 of those in the smaller figure.

Surface area:

The surface area is found multiplying the square of the change(8/5) by the original surface area(475). So

$S = (\frac{8}{5})^2 \times 475 = \frac{64}{25} \times 475 = 64 \times 19 = 1216$

Volume:

The volume is found multiplying the cube of the change(8/5) by the original volume(1125). So

$S = (\frac{8}{5})^3 \times 1125 = \frac{512}{125} \times 1125 = 512 \times 9 = 4608$

Mathematics

The linear scale factor of two similar solids is given. Then the surface area and volume of the smaller figure are also given. Find the surface area and volume of the large figure. Scale factor: 2:5 Surface area: 80 volume: 352 Surface area: ? volume: ?

Step-by-step answer

P Answered by PhD

Surface area: 500

Volume: 5500

Step-by-step explanation:

Scale factor: 2:5

This means that the dimensions of the larger figure are 5/2 of those in the smaller figure.

Surface area:

The surface area is found multiplying the square of the change(5/2) by the original surface area(80). So

$S = (\frac{5}{2})^2 \times 80 = \frac{25}{4} \times 80 = 25 \times 20 = 500$

Volume:

The volume is found multiplying the cube of the change(5/2) by the original volume(352). So

$S = (\frac{5}{2})^3 \times 352= \frac{125}{8} \times 352 = 125 \times 44 = 5500$

Mathematics

The linear scale factor of two similar solids is given. Then the surface area and volume of the smaller figure are also given. Find the surface area and volume of the large figure. Scale factor: 4:5 Surface area: 160 volume: 704 Surface area: ? volume: ?

Step-by-step answer

P Answered by PhD

1

Surface area: 250

Volume: 1375

Step-by-step explanation:

Scale factor: 4:5

This means that the dimensions of the larger figure are 5/4 of those in the smaller figure.

Surface area:

The surface area is found multiplying the square of the change(5/4) by the original surface area(160). So

$S = (\frac{5}{4})^2 \times 160 = \frac{25}{16} \times 160 = 25 \times 10 = 250$

Volume:

The volume is found multiplying the cube of the change(5/4) by the original volume(704). So

$S = (\frac{5}{4})^3 \times 704 = \frac{125}{64} \times 704 = 125 \times 11 = 1375$

Mathematics

The linear scale factor of two similar solids is given. Then the surface area and volume of the smaller figure are also given. Find the surface area and volume of the large figure. Scale factor: 2:5 Surface area: 80 volume: 352 Surface area: ? volume: ?

Step-by-step answer

P Answered by PhD

Surface area: 500

Volume: 5500

Step-by-step explanation:

Scale factor: 2:5

This means that the dimensions of the larger figure are 5/2 of those in the smaller figure.

Surface area:

The surface area is found multiplying the square of the change(5/2) by the original surface area(80). So

$S = (\frac{5}{2})^2 \times 80 = \frac{25}{4} \times 80 = 25 \times 20 = 500$

Volume:

The volume is found multiplying the cube of the change(5/2) by the original volume(352). So

$S = (\frac{5}{2})^3 \times 352= \frac{125}{8} \times 352 = 125 \times 44 = 5500$

Physics

The two forces of a 3rd law pair always act on different bodies. the two forces of a 3rd law pair always act on different bodies. true false request answer part f given that two bodies interact via some force, the accelerations of these two bodies have the same magnitude but opposite directions. (assume no other forces act on either body.) view available hint(s) given that two bodies interact via some force, the accelerations of these two bodies have the same magnitude but opposite directions. (assume no other forces act on either body.) true false

Step-by-step answer

P Answered by PhD

1. The two forces of a 3rd law pair always act on different bodies.

TRUE

SO above statement is TRUE because Newton's III law is valid for two different objects where one object will exert force and other body will exert reaction force on it.

2. Part F Given that two bodies interact via some force, the accelerations of these two bodies have the same magnitude but opposite directions. (Assume no other forces act on either body.)

FALSE

This is false because the force of action and Reaction is same on two different objects but for finding acceleration we need to divide the force by mass of two objects and since the mass of two bodies may be different so we can say that acceleration may be different.

3. Part G According to Newton's 3rd law, the force on the (smaller) moon due to the (larger) earth is

(i) greater in magnitude and antiparallel to the force on the earth due to the moon.

(ii) greater in magnitude and parallel to the force on the earth due to the moon.

(iii) equal in magnitude but antiparallel to the force on the earth due to the moon.

(iv) equal in magnitude and parallel to the force on the earth due to the moon.

(v) smaller in magnitude and antiparallel to the force on the earth due to the moon.

(vi) smaller in magnitude and parallel to the force on the earth due to the moon.

Since Earth and moon is an isolated system so here Newton's III law is valid due to which we can say that two forces are equal in magnitude but opposite in sign

so correct answer will be

equal in magnitude but antiparallel to the force on the earth due to the moon.